BUBF Tech FAQ, Page 2

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9. What grade of gasoline should I use?                     return to Master Table of Contents

9.1. The simplest answer is the octane grade recommended in your Owner’s Manual. In almost all cases, the manual recommends 87 octane or (US) Regular grade. You may from time to time and especially on long trips, come to a gas station that’s out of Regular (87 octane). It’s OK to fill the tank with Medium (91) or High Octane (93) grade gasoline, but try to get back to the Owner’s Manual recommended octane as soon as possible.

9.2. Some BUBF riders regularly use a higher octane gasoline. They claim to get better performance. Opinions vary as to the effectiveness of using a higher octane. Specifically, there have been concerns about carbon build-up on the pistons and cylinders walls due to the fuel additives used to retard ignition. If you’re thinking about using a higher octane gasoline than is recommended in your owners manual, please watch out for this problem. The 1995 Owners Manual does recommend moving up one octane level if you are experiencing engine pinging.

TECH TIP: "Pinging" is pre-ignition or ignition of the fuel-air mixture before the piston is in the proper position...the spark should occur about 12 degrees (at idle....the amount of advance increases as the rpms go up) before top dead center (the piston is at it’s maximum height at TDC) to allow the combustion to start and reach its maximum flame.. (it takes a few micro-seconds for the fuel-air mix to completely flash)...if it occurs before the piston is at 12 degrees (or so) the maximum flame or complete combustion is reached before the piston is at the top of it’s travel, causing the pinging noise as the piston is still on it’s upward (compression) stroke, instead of the downward (power) stroke... Some call pre-ignition "knocking" but that is the term used when the engine bearings are loose, or the oil pressure has dropped to a level that won’t cushion the bearings.

Compression rings are at the top of the piston (there are usually a pair of compression rings) to seal the combustion chamber to get good compression of the fuel-air mixture.. the better the seal, the more compression and power you will have...

Oil rings are at the lower position on the piston to scrape the oil (splashed from the movement of the rotating mass) from the cylinder walls...if the oil rings are bad, the oil is allowed into the combustion chamber where it is burned...Jack & Barb 4E, Holbrook AZ 

TECH TIP: Um, folks, I'm chagrined to report that (as various PNW VROC'rs can attest, ) on the last day of the V2K run to Sherm's/ Reedsport, my 1500A7 started lunging, surging, and cutting out, later proved to be fuel pump failure. ( Damn: had to fly to Reedsport in my cage, ) anyway, it apparently can Spoil Your Day.  On return to home, testing the various modalities, found fuel pump quiescence, cobbled in an automotive generic fuel pump, followed by an in-line regulator at 3 lbs. (generic pumps around 10-12lbs), later, back on road again, at the tune of maybe $30, vs. over $120 Mama wanted for her ever-so-precious spiffo pump.  It Can Be Done: Zen Post-Apocalyptic Junkyard Wrench Rat , at your service. Maccs: V657 93 A1500: Naked, With Mods Washougal, WA

TECH TIP:  Gas tank design - Take a look at http://www.buykawasaki.com and follow the links to PARTS (VEHICLE INFORMATION/VIEW PARTS DIAGRAMS and select the year for your  bike and Vulcan Cruisers. Look at the FUEL TANK drawing. This will make reading the following easier: Your gas tank is one continuous container. The gas tank has two (2)  lines going from it to the petcock or tap. Each line is connected to a separate pipe (fuel-filter) that is screwed into the left bottom of the tank. As you can see in the diagram, one pipe is taller than the other.  The taller is the pipe that flows when the tap lever is in the ON position. As fuel is consumed, the gas level eventually goes below the top of the pipe and fuel stops flowing to the tap. The bike begins to run rough and you then switch to RESERVE. Fuel then flows through the shorter pipe whose top is submerged in fuel. When the fuel level is below the top of the shorter pipe, you are out of gas.  When the tap lever is in the ON position, the RESERVE is blocked off, and vice versa. When you refill the fuel tank, both pipe tops are submerged and you set the tap lever back to ON from RESERVE. Manjo v1111

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10. Is there a problem if I overfill the gas tank                     return to Master Table of Contents?

10.1. On non-California models, you might experience some spillage which you can wipe away. In some cases, the excess gasoline will flow out of the tank through the overflow tube and on to the ground. Be extremely careful with open flames and smoking material at all times around motorcycles and fuel.

10.2. On the California models which have additional EPA equipment to meet California’s high emission standards, you could have some gasoline back flow into the emissions canister and then experience poor performance or hard starting. The best solution to this problem is to remove the canister and pour out the excess gas and let the canister dry out. The procedure for accessing the canister and drying it out is in the Service Manual.

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11. What tires are best for the BUBF and where can I get them                    return to Master Table of Contents

11.1. Tire specifications for your BUBF are in your owner’s and service manual. The 1995 service manual calls out Dunlop’s around for the A (stock 1995A tires sizes are front 100/90-19, and rear 150/90-15) and either Dunlop or Metzeler's around for the B . The A uses tubeless tires front and rear while the B requires inner tubes on both front and rear (spoked) wheels. After meeting the general specifications, there are several other tire manufacturers (i.e., Dunlop, Metzeler.  Bridgestone, Avon, etc.) to choose from, each with one or more tire models for the A/B/C. The http://www.vroc.org/ archives have several excellent write ups on tires and the experiences people have had with various brands and models (i.e., tires for cruising, long distance riding, hills and twisties, etc.) to help match your riding style, driving conditions and budget. Experience has shown your front tire will out last your rear tire by 2 to 1. Riders have had rear tires wear out between 3,000 miles and12,000 miles, depending on roads, riding style, etc..

11.2. Go to TIRES in the BUBF Survey for links to comments and ratings by over 80 individual bike owners who are and have used Dunlop, Metzler, and other tire brands. ALSO, go to TIRE Opinions for recent comments on several tire brands and models.

11.3. The most important facts to keep in mind are the remaining serviceable tread on a tire ( minimum of 1 mm front and 2 mm rear tread depth, respectively), and keeping the tire properly inflated at all times to minimize uneven tread wear.  A quick way to measure tread depth, is to place a penny with Lincoln's head downward into the tread.  If you can see the top of Lincoln's head, it's time to think about replacing the tire. 

Two flat tire tips: on the B’s: keep a spare rear inner tube in your saddle bag in case the shop you take it to on the road has none in stock that fit your bike. Second, consider carrying a can of tire inflator/filler to get you to the shop to get the flat repaired. One word of caution on the tire inflator. Some of these "Fix-a-Flat" type inflators shoot a sealant and gas into the tire that can be a real mess and a real annoyance to the person changing the tire. I don’t know if they still are, but, in the past, some tire inflators were actually explosive and dangerous to the person removing the tire. I would only use an inflator as a last resort when your only other choice is walking/pushing your bike for miles. It's far better to carry a cell phone and a GTOC/MOTOW/or Shell Motorist Club membership which include motorcycle towing service coverage.

TECH TIP:  Did some research on tires for the BUBF. This includes prices but I had to get them from a variety of sources as all tires were not listed on all sites. I have listed 170/80-15 for a rear and 100/90-19 for the front unless I note otherwise due to the manufacturer not having a 170/80-15 for the brand. I am not endorsing the use of any of these tires (and the tire prices are not the lowest), but it does provide a pretty full list of tires that will work on a bubf. wiredgeorge v2420 bubf nadfi kz900 mico tx

Avon Venom X AM41/42  100/90-19 170/80-15 $198.90 swmototires.com 
Bridgestone Spitfire S11    100/90-19 170/80-15 $160.58 discountmotorcycletire.com 
Continental Milestone    100/90-19 170/80-15 $195.58 discountmotorcycletire.com
Continental TK16/17 Conti-Tour   100/90-19 150/90-15 $174.90 swmototires.com 
Continental TKH23/24 Conti-Blitz     100/90-19 150/90-15 $182.90 swmototires.com
Dunlop Cruisemax     100/90-19 170/80-15 $147.05 ronayers.com 
Dunlop 491 Elite II   *MM90-19 MV85B15 $196.90  swmototires.com 
Maxxis Classic  110/90-19 170/80-15  **$139.69  discountmotorcycletire.com 
Metzler ME880 Marathon    100/90-19 170/80-15 $207.90 swmototires.com 
Metzler ME880 Marathon    110/90-19  $74.95 ronayers.com 
Michelin Macadam 50E   100/90-19 150/90-15 $182.90 swmototires.com 
Michelin Commander    110/90-19 170/80-15 $201.90 swmototires.com 
IRC WF-920 Wild Flare   100/90-19 170/80-15 $139.90 swmototires.com 
IRC Roadrunner RW-010   100/90-19 150/90-15 $133.90 swmototires.com 
IRC Durotour RS-410   100/90-19 170/80-15 $151.90 swmototires.com 
IRC RS-310 Sport Touring   100/90-19 150/90-15 $133.90 swmototires.com 
Pirelli MT66   100/90-19 170/80-15 $183.90 swmototires.com 

*MM90-19 and MV85B15 are equivalent sizes (for 100/90-19 & 150/90-15 respectively) and will fit and will be listed where no metric sizes are available. 

**all prices include shipping

11.35 Rotors.  Per buykawasaki.com, the 1500A and 1500 D1/D2/E1/E2 all use seven (7) of the SAME P/N 8MM bolts to mount either the front or rear rotors to the wheels.  

FRONT rotors

The 1500A and 1500 D1/D2/E1/E2 FRONT rotors are the same diameter (300 MM); the 1500A and D1/D2/E1/E2 have different model numbers on EBC; and EBC provides no information on front rotor THICKNESS which I think is 6MM for all these bikes. Also, the Nomad front rotors should also fit a 1500A.

NOTE: 1500-88SE models use a slightly thicker rotor.  The 1500 D1/D2 rotors are a little thicker and should work on an -88 and 88SE.  Have your mechanic ccheck this out before riding.

REAR rotors

The 1500A and Dx/E1/E2 REAR rotors also have different model numbers, but the A/D/E1/E2 rear rotors are the SAME diameter: 270 MM.  The 1500A thickness is listed as 7 MM (or  a little more than 1/4" thick 0.276").  EBC did not list the thickness of the 1500D/E1/E2 rear rotor, but folks have sent in info that implies the Dx/E1/E2 rotor thickness is 7MM, also. 

So if the A/D1/D2/E1/E2 front and back rotors are the SAME diameter, I'd consider them equal since the D1/D2/E1/E2 are the overlapping 1500 Classic 1996-1999 model years, I believe.    Manjo ~V~1111

EBC's "25 Year" pdf catalog viewed 12/1/2005, shows a commonality of their replacement rotors for the 1500A's and the D/E Classics.

11.4. Rider Experiences: The BUBF will take over sized tires in front and in back. A 110x90-19 will fit in front and a 170x80-15 will fit on the rear. The 110 is a bit taller but the 170 is the same height , just a bit wider. I am currently running those sizes on my 97 A in Cruisemax , but only got 5000 miles out of the rear tire. Have ordered a Pirelli Route 66 high mileage touring tire in 170x80 15 which is suspiciously similar to the Metzler 880 but about $ 50 less. I think Metzler owns Pirelli or vice versa. The 110 seems to add stability over rain groves and has little effect on speedometer readings. Best of luck with you new tires . Trackman #1126

TECH TIP: One thing that I didn't see there and Auggie v4700, 2000 red/gray 1500 Nomad FI, was talking about was putting a Classic or Nomad rear wheel on the BUBF.  While changing one of a guy’s Nomad rear tire, I had the opportunity to check things out. Took off my rear wheel and found that the wheel itself is a perfect fit.   

The only difference is the Nomad has a larger brake rotor.  This would normally necessitate a larger bracket to hold the brake calipers.  But the bolt pattern on both wheel assemblies is exactly the same, so the brake rotor can be changed, thus keeping the same bracket.   Both spacers are exactly the same, the distance on the inside where the wheel fits is the same. Kind of nice. Lorin "Fly" Potter Iowa ABATE B.A.R.E.  Member VRA 1-10-5A-1500J VROC # 1382 94 1500 "A" Cedar Rapids, IA      

TECH TIP: Thanks to T.J. up in Anchorage, FED EX, and three weeks time, I finally got the 16" classic rear wheel on the BUBF.  I had to go with a 140/90/16 on the rear to get the height I wanted.  It's a little over 3/4" taller than the stock 150/90/15.  The difference in rpm is noticeable, but not earth shattering.  It does run a little easier on top and has a little longer legs in the lower gears. I don't have a tach, so I have no numbers.  All in all I am pleased with the results.  I threw on a set of Dunlop RWL tires for the full race effect and am happier than a pig in shit! :>) Auggie ~V~ 4700, 96 C-3 (L) Blurple, 00 Gonad FI R/S, Sauk Valley Chapter, Long Grove, IA

8. How do I maintain the spokes on the 1500B?                     return to Master Table of Contents

8.1. The recommended torque for each spoke nipple is 13 in-lbs. The spokes should be checked after the first 500 miles on the odometer and then every 3,000 miles. The spoke tension should be even all the way around both wheels to insure safe riding and even tire wear. Your dealer or any accessories vendor will sell you a spoke tension adjusting tool. 13 in-lbs. (or a little more than 1 ft-lbs.) is not a lot of tension. There are torque wrench attachments available to do the job exactly to spec. We don’t recommend you buy such a tool, but you should be able to tell by feel if you have equal spoke tension and when you don’t, be able to make adjustments accordingly yourself and/or get your scoot to a qualified wrench to correct the situation for you. With spokes, you need to check axial and radial run out (i.e., the rim not at 90 degrees to the axle and the rim out of round ). There’s a metering tool for this. You can try to do it "by eye". With the bike centered and the wheel off the ground, place a pencil or felt tipped marker next to the wheel rim side and spin the wheel. Move the marker as close to the rim as you can without touching the rim. Stop the wheel at the point where the wheel rim is furthest away from the marker. Measure (or estimate) the distance between the two. The distance should not be greater than 2 MM ( or a little more than 1/16th of an inch). Not much room for play here, but at more than 2 MM, you could have a real bad front or rear wobble to your scoot.

8.2. You can do a similar test for the rim out of round by holding the marker vertical and close to the inside of the rim (the surface where the spokes come out of). Spin the tire again and measure the distance from the where the marker just touches the rim and the furthest distance the rim gets from the marker. The 2 MM maximum applies here also. If adjusting the spokes does not bring the tire into spec, you’d do best to have a qualified mechanic check the wheel immediately.

TECH TIP: If you have a slow flat, own wire wheels and have the choice between heading to a nearby Harley shop or a distant Maw KAW shop, go for Maw KAW or any other metric fix 'em up place. The shortest tire Harley puts on their bikes is 16 inches meaning they have no 15 inch tubes. If your bike has a 16 inch rim you are in luck but ol' wired BUBF has 15 inch rims. Stay safe. I was lucky that there were lots of gas stations on the way and one of my fellow riders had a compressed air kit which got me to the first gas station. One of these kits will put about 10 lbs. of air in a really flat tire so if you ever purchase of the kits, get at least 4-5 canisters of Co2. wiredgeorge ~V~2420, 96 1500A Leander, TX.

TECH TIP: The wire wheels from a 1500C will exchange with those on a 1500A. You will need the rubber bands that go over the spokes ends inside the rim, and some tubes, but the tires generally will swap with no complications. I have wheels from a 1500L on my 1500A (as well as the handlebars) and like both way more than the stock 1500A buckhorns and cast wheels. Troll around and see if some 1500L owner is sick of his look.... wiredgeorge ~V~2420 96 1500A Leander, TX

TECH TIP: Most of the C and Ls came with wires and there wouldn't be any issues with spacers or speedo etc.  [to interchange wheels between 1500A's and 1500C's] Dutch~V~1009

TECH TIP: Real nice link detailing self help for tire changing... also has a nice assortment of links at the bottom. The graphics (jpegs) would make putting the whole thing on your site a pain but you might want ot put this link on the bubf site... it has directions for a changing machine, bead breaker and balancer... BTW: The balancer deal looks almost identical to what I came up with on my own ;-) http://www.clarity.net/~adam/tire-changing-doc.html. wiredgeorge ~V~2420 96 1500A nadfi kz900 Leander, TX

TECH TIP: Tire bead breaking tips:  I have a large bench vice, too.  The vice jaws are just a bit higher than the tire rim.  Set the tire in the vice, then place small wooden blocks just below the rim on both sides of the tire and extend beyond the rim.  This will give the depth to push in on the tire bead and not make contact with the metal rim.  Turn the vice handle slowly and watch that the jaws don't catch the rim.  If they start to come close, use a little bigger blocks. The vice will break the bead easily.  Save the blocks for the next tire change.  You may need to place a small block on the vice slide under the tire to raise the tire rim above the top of the vice jaws. 

I use a big "C" clamp with a block of wood on each side.  Basically same way
as vise. Steve Cifra VROC 7902

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17. What FAR's exist and which ones are needed for my BUBF?                     return to Master Table of Contents

17.1. Kawasaki FAR’s or Factory Authorized Repairs are sent to the KAW dealers in the form of bulletins. Each bulletin is specific to the series (A, B, or C) and to a VIN number range within that series. A FAR will describe a problem or manufacturing defect discovered by KAW and the means and resources to fix or eliminate the problem.

17.2. The Big KAW says you can ask your dealer to check for any out standing FAR’s for your scoot’s VIN number. If your bike is under warranty, and you are experiencing problems, or it’s likely you will have the problem occur, arrangements should be made with the dealer to have the FAR done.

17.3. If your bike is out of warranty, you need to discuss the situation with your dealer. After having spoken with your dealer, and there still remains a question whether the FAR should be done to your scoot, call KAW Tech Support in California with your VIN number and the FAR description and see if KAW Tech can help you with your specific situation.

TECH TIP: William Mallett wrote:   Does the VROC web site maintain any list of known factory defects.   Similar to maybe Service Bulletins at a car dealership or recall info stuff like that. You can search the archives at http://www.vroc.org/mailarchive/search.html . For example: To look for Factory Authorized Repairs, search for FAR's or FAR;1500 , etc. Lots of good stuff in there. -- "Tweek", VROC #940, VRA #1--13-1A-800B3 Iron Eagles Motorcycle Club, Zebulon NC '98 Vulcan 800 Classic; Green/White (frog)          

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19. Which windshields fit a BUBF?                     return to Master Table of Contents

19.1. There are several manufacturers (Cyclear makers of the Memphis Fats and Memphis Slim; Kawasaki Fire & Steel, National Cycle, Slipstream, Rifle, etc.) making several windshield styles for the BUBF. The Rifle brand windshields have been designed to better accommodate the A series speedometer which sits on top of the indicator console. They have a round hole cut in the shield that the rounded forward end of the speedometer pokes through.

19.2. The one consistently good suggestion for picking the right w/s height, is to get one you can just see over without straining to look over the top. You will keep the wind from hitting your face and you will still be able to look over the rain streaked w/s as you ride. You’ll have better visibility and be safer, without a sore back from pushing yourself up to see over the streaked w/s to see the road and vehicles ahead of you.  

TECH TIP: If you have a w/s on your bike and think you are getting a lot of head buffering over the top, just take your hand and put it up towards the top edge of the windshield as you're riding.  You can feel the flow of air over the top of the w/s.  Move your hand back along the flow of air to see if it's hitting your helmet.  If so, you may want to consider a taller windshield to reduce the head buffeting you've identified.   Manjo ~V1111

19.2.1. Additional Windshield Information : Memphis Fats: comes in 7 or 8 different colors and installs in 30 minutes, if you know what you are doing, an hour if you haven't put one on before.  It can be removed in 3 minutes, and reinstalled in about 5 minutes with the quick release hardware set.  Colors include several two-tones to match your bike; hardware on the shield (metal straps) is chrome on both sides; front and back mounting hardware is stainless steel (shiny) plates and shiny bolts/nuts; shields come in 3 different heights for all riders; angle of windshield tilt is adjustable; height is adjustable, depending on where you mount along the fork tubes; you can choose the Memphis Slim if you want a narrower shield price: about $180 with mounting hardware from Ron Ayers (includes discount)

Memphis_WS_CutoutTHUMB.jpgMemphis Fats with homemade notch for speedo.   Windshield is tilted back further to reduce wind resistance.  Thumb nail. Click for larger picture. Manjo ~V~1111

TECH TIP: I "made" my old style through-hole Memphis Fats w/s mounting unit (probably exactly like yours) into a "Q.D.-like" slotted mounting system.  I cut out the back of both holes so that  the w/s shield slip on to the upper and lower bolts.   Since then, I found a better way to cut the bottom slot.    If you look at a picture of the Memphis Q.D., you’ll see the side mount on the shield basically has open slots which I copied. There are two slots. The top slot is cut perpendicular to the shield and the other is cut vertically from the BOTTOM of the mount and then forward creating a sort of upside down "L" slot. The result is, the bottom slots on each side  hooks down  and is then pushed back onto the bottom shield mounting bolts. Then the top slots tilt in towards the bike and slide on to their bolts. The w/s mounts are made of aluminum. Take a pencil or marker and layout the path of the slot you want to cut into the hole. Using a hack saw, you can cut all four slots in about 15 minutes. Cost is zero dollars and zero cents. It now takes me 30 seconds to get my shield off, and 60 seconds to put it back on and tighten all four bolts. The wind is "pushing" the w/s in towards the bike, so there’s no danger of the shield coming off on the road. Manjo ~V~1111 1500A9 Memphis Fats. 13" shorty W/S

19.2.2. Rifle comes in two colors installs in 20 minutes up to an hour; removes in three minutes - (four bolts) reinstalls in three or four minutes all hardware is polished stainless steel, including nuts and bolts hardware looks like part of the bike, when windshield is removed comes in different heights and widths height and angle of tilt is adjustable the plastic seems thicker than F&S drawback- standard HD windshield bags won't fit between the center upright supports price: about $180 from Sherm's

19.2.3. Fire & Steel comes in two colors (clear or tinted) installs in at least an hour, even if you know what you are doing difficult to remove, certainly not a quick job hardware on shield (metal straps) is chrome on front and flat black on the back side mounting hardware is flat black metal tubing, with flat black bolts/nuts comes in 2 different heights mounting is fixed, and not height or angle adjustable price: about $200 from Ron Ayers (includes discount) Phil ~Gunslinger~ VROC-953 Martinsville, Virginia, USA '98 1500 Classic

19.3. War Story Contribution: " This was one of the most difficult decisions I had to make with both my SE and A models. These models are hell to fit a windshield on properly because of the speedometer. Some experiences and recommendations by owners who have them would have really helped me. This is also one area where size doesn't necessarily mean best. On my SE, I bought some little 17 inch discount windshield that worked perfectly, forming a nice smooth, perfect airflow around me and didn't hurt bike performance. When I bought my A, I couldn't remember which one I had on my SE and I bought a larger one that my dealer recommended. It sucked. It was just a big slab that caused turbulence and buffeting and made it unstable at higher speeds."  anonymous.

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20. Where do I get saddlebags and a replacement seat(s) on my BUBF?           return to Master Table of Contents

In general, saddlebags come in soft, and hard styles.  The soft bags are plain leather.  Hard bags can be leather or plastic, but keep their form.  Some hard plastic bags have a key lock.

Seats or saddles come in either leather (not often) and a synthetic leather.  Synthetic leather is your better bet since it will be LESS likely to crack and discolor.  To find the current best choices, post an inquiry to the VROC Techtalk newsgroup, check the VROC vendor listing, and Google "Vulcan seats price".   

20.1. You need to determine how much stuff you need to carry in the bags and how much you want to spend. If your scoot doesn’t have saddlebag guards, or brackets as they are sometimes called, you probably want to consider getting a set. The guards/brackets usually attach to the rear fender side rails and keep the bags from resting on the fender and shocks (no hole-wearing contact with shocks). They also provide some clearance from the exhaust pipes, too (no burn holes in saddle bag).

20.2. The stock seat and pillion pad are functional and do a good job for most riders. Wider, better padded, leather tassels with Conchos, leather or leather–like after market seats for the BUBF are available from Mustang, Travelcade, Cobra, and other manufacturers.

 

20.4 TURN SIGNAL RELOCATION KITS.   

 

There used to be several relocation already fabricated options, but they have gone away.  Click here to read about a couple other approaches you might try, one of which involves no extra bracket.

 

L-Bracket: What will work to move your rear signals to the license plate are two (2) flat pieces of steel (stainless is best) strapping (measuring approximately 2-3 inches wide and 6-7 inches long) bent up halfway across the width at a 90 degree angle with holes drilled near the tip of each end.  The holes must be big enough to accommodate the rear turn signal assembly (approximately 1/2" in diameter, but measure first) and the other hole used to attach the bracket to the license plate frame.  My suggestion is to position the rear turn signals as far as possible to the left and to the right side of the license plate for best viewing by the vehicle behind you.  Below is the same concept in ONE piece described in detail.

 

TECH TIP:  I made a simple bracket in about an hour that allowed me to successfully relocate my rear turn signals.  I bought a 6 in. steel right angle brace (6 inches on a side) at Home Depot.  I flattened the right angle and put a 90-degree bend 1 1/2 inches from each end.  I drilled a 1/4 in hole in the steel bar that matched up with the license plate brackets and a 3/16 in hole in each end to match up with the pigtails coming out of the turn signals.  I drilled a 1/4 in hole in the fender behind the license place bracket and a 3/16 in hole in each side of the back of the license plate mount that fastens to the rear fender.  Ran the light wires inside the rear fender, through the holes and to the turn signals, which I bolted to the ends of the light bracket.  Bolted the bracket up to the back of the license plate mount and it was finished.  The bracket looked like this when finished.

                  |_____/\_____|

The 1 in V in the center of the bracket was required for the bracket to come out the same length as the license plate bracket.  All but about 1 1/2 inches of wire is completely concealed on each turn signal. John T Plano, v4257 Texas "98 1500A Ears Shaved, Rejetted

Saddle Bag Bracket.  Wolfcrews continues to support BUBF's with his hosting of a plan for saddle bag brackets for our soft bags.  Check it out.

WAR STORY CONTRIBUTION: "I use the F&S saddlebag support on my "A", but it seems that it's made so that once you put the bag on it's never coming off. See http://vulcan.wolfcrews.com/sb_support/

20.5 Enhance Rear Turn Signals to Running and STOP Signals

This may be useful to put on the BUBF site for others who want to do this.  A while back, someone, (I forget who, sorry) posted the website for The Electrical Connection in Knoxville, TN. <http://www.electricalconnection.com.

Amongst other trick stuff, they have a taillight conversion to make your turn signals into running lights and indicate you're stopping, which utilizes a half circle pc board with six LED's on it with one diode and four resisters. The kit is very simple to install, (read: If Dutch can assemble and thinks it's easy, it must be a piece of cake) with NO mods to the turn signals. You heard me correctly! The led group has double-back tape and is attached around the turn signal bulb. (rear) Looks sorta like o) inside the light housing. The black wire on the led set attaches to the hot side of the turn signal socket or wire leading to it. The red wire from the led set is fed out through the mount for each turn signal. (again we are referring to the rear here) The red wire is coupled to a two wire connector that then is then continued up under the seat. One wire from each side is connected to the brake light feed and the other two, one from each side is connected to the running light feed. If you have made good solid connections, you are done-button it up. This conversion uses the stock turn signal amber lenses but the brake and running lights appear red through them. Because of the way it is wired, the diode shifts the current when the turn signal is turned on and flashes the leds white with the regular turn signal bulb.

 The end result of all of this is two added red running lights, two added red brake lights and turn signals that are amber and twice as bright. When the brake is applied and the turn signal is on, the light switches between bright amber turn signal and bright red brake light. For $50, this is one of the most inexpensive safety additions I have ever seen. Sorry this got so long but I just wanted to write this up because I think it is a great addition. 

Dutch~V~1009, PNWVROC, Federal Way, WA

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20a.  Floor boards, handlebars, risers, cables, lines, etc.                      return to Master Table of Contents

TECH TIP: I put some Cobra floorboards on my A13 and my son’s A10. The left boards had to be cut 5/16" in order for them to fit in between the F&S engine guard and bike frame. They just simply were too thick. Other than that they are wonderful!! 12/30/1999 Lloyd "Mr. Osmo" Clem VROC #2004, Roswell, NM, ‘99 BUBF "Gray

 

TECH TIP: I put 5 1/2" x 2 1/2" risers on the 1500A9 a while back (these risers are no longer available and are not recommended due to product quality concerns.  I have since removed both the good riser and the one that broke while on the road).  Even with the non-stock 34" wide bars, the clutch and brake hydraulic hoses just fit, as well as the throttle cables.

 

Then I bought stock BUBF Buckhorns here from a fellow VROC'er and when I went to install them, all the hoses and cables were 2"-4" too short ;(

So with a lot of help from several VROC'ers and especially Thom Boswell, here's where I am right now:

 

1.  Thom measured the brake and clutch hoses on his 1500B1 (please note: he has a B1).  The B1 clutch hose is the same length, but the B1 stock brake hose is about 2 1/2 inches LONGER than the A's (the B forks are LONGER than the A forks).  Thom sent me the his brake hose and it's installed.  It not only made up for the 2 1/2" short fall, but is probably a little longer by about 1".

 

2.  I've ordered and installed Motion Pro's over length (7" longer than stock) black vinyl throttle cables.  They are too long by 2" plus inches, but I ran them through the fork and in front of the head light (down low), and they are working fine.

 

3.  As for the clutch line, I decided to try lengthening the steel pipe that runs between the upper and lower clutch hoses.  A fellow VROC'er, Tinker, is sending me the steel pipe with fitting that he replaced with one piece Russell ss braided line.  When I get the pipe, I plan to cut a 3 inch piece off one end, flair the cut end with the connectors in place, and see how that works.

 

I'm doing this on a personal budget.  With donated parts and buying the bars and new throttle cables, this will cost me about $125.00.  Right now I feel very lucky and appreciate everyone's help here.

 

Russell, Goodridge, and Arlen Ness (AN has custom kits plus connectors that are reasonably priced), all make good stainless steel braided hydraulic lines that will run you about $70.00 for the brake line, and about $100.00 for the clutch line for CUSTOM over length lines (each should be about 2 1/2" linger, but MEASURE before ordering for YOUR specific bike).  Paul Taylor has suggested slicing in a piece with off the shelf connectors which will be Plan B, if extending the line doesn't work.

 

Motion Pro will also make custom stainless throttle cables.  I never got a price on these, but I would say they'd be at least $75.00.Manjo ~V~1111

 

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23. Where can I get more information and see other BUBF’s on-line?             return to Master Table of Contents

23.1. There are several excellent sources for more information on your BUBF. Your Owner’s Manual and the VN1500 Service Manual; the VROC Message Archives accessed through the same VROC home page that got you here; and the daily posts made to the VROC mailing list which you can join quickly and easily. Go back to the VROC home page and follow the links to SUBSCRIBE..  Kawasaki provides excellent parts pictures and numbers at http://www.buykawasaki.com for current model (the last 5 years) Vulcan 1500.

23.2. After checking all the above sources, post a message to VROC with your question. There are VROC members that have been riding motorcycles for more than 35 years and there are members that have only recently begun to enjoy riding. There’s a wealth of knowledge and experience just a post away. Just be sure to do your home work and identify yourself and your BUBF year and series, and any modifications made to your bike that you’re aware of and you’ll get the answer you need faster.

23.3. Check these sites for BUBF pics and the VROC member pages.  http://vulcan.wolfcrews.com/97Vulcan1500A/ ,

Use the VROC Club Roster to identify BUBF's (1500 A, 1500 SE, 1500 L).  The list includes a column "Has a Photo".  If "YES", check out the indicated bike picture.    http://www.vroc.org/clubroster.php?sid=6ec6c3f881bf288cb34f96be6999360d

TECH TIP:For those interested, the deep purple metalflake color is Kawasaki #701.  Per Colorite, 800 - 358 - 1882, the complete paint job is:  Purple base coat #1466; second coat is #3366; last coat is clear.  Touch up is #TFC- 3366.  Paint pen is $9.65; bottle is $10.95.  Colorite is reported to be an OEM paint supplier for all bikes.  Anyone considering a paint job may want to speak to them.  Thanks to somebody's previous note on Colorite.  Airwolf #1898

As a last resort, you can also go to http://www.buykawasaki.com/ and take the link “view parts diagram”.

Select “motorcycle” in the first pull down menu and then the Vulcan  BUBF and year from the next menus.  You will see a 2" x 3" picture of the BUBF.  Although small, the picture will give you a representative look at the bike.  It's a .jgp that you can right click and "copy", then paste in any graphics package and make a little bigger.

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24. Are there any known problems I should look out for?                     return to Master Table of Contents

24.1. There is a metal hydraulic clutch line that is routed under the tank and over the top back of the rear cylinder along the frame. If this hydraulic pipe rubs against the cylinder, the vibration of the engine can eventually rub a hole in the line and leave you stranded with no clutch. To check to see if you may have the problem, on the left side of the bike, look at the top of the rear cylinder. If you see there is a metal hydraulic line bent over the cylinder and rubbing against the cylinder (It may be slightly up in under the rear of the gas tank and near the upper frame tube). If it’s rubbing the cylinder, just bend the line and route it so that it is not against the top of the cylinder. Many 1500A models come from the factory with this potential problem, but it can be quickly corrected if you know where to look.

24.2. War Story Contribution: "Hehehe, this little problem left me sitting, with no way to disengage the clutch, 30 miles from nowhere, in the bottom of a low water crossing on the Llano river in Southwest Texas. It is possible to patch this line using a fiberglass repair kit, 4 inches of 5/8 inch fuel line, and 2 hose clamps, while sitting in the parking lot of a NAPA store in a small West Texas town with no motorcycle shop. You just have to be a little desperate and a long way from home to accomplish this. J "

24.3. War Story Contribution: "I experienced this one week after owning the bike, in a rainstorm. Fortunately I was close to home."

24.4. War Story Contribution: We just started climbing into the Big Horns, cruising about 30 -  40  mph because of the poor visibility, I down shift - or tried to - all of  a  sudden I had no clutch. I manage to keep the bike going and pull over  off  the road. The bike kills when I get it stopped. Needless to say I  started  to get a little worried, we’re about 10 miles from the nearest town,  it’s  cold and raining. A minute ago I was thinking ‘It doesn’t get any  better  than this’, now I’m broke down on the side of the road in the middle of  Wyoming.  We start looking over the bike and find a fluid running down the side of  the  rear cylinder. We trace the fluid to the hydraulic clutch line. It is  leaking and has lost its pressure. We see where this metal line has  vibrated down from the frame and was rubbing against the top of the rear  cylinder and wore a hole into it.  With the help of my brother, he pushed while I tried to pop the bike  into  gear, we got the bike going and putted back to town. Once in town we  tried  to figure out what to do. After looking in the yellow pages we decided  to  head back to Gillette (70 miles in the wrong direction) to the nearest  Kawasaki Dealer. After a few tries at push starting the bike we were  getting  pretty good at it. My brother nearly fell flat on his face a  couple  of times because he had a hold of the sissy bar when I popped into gear  and  tried to take off. I can’t stop because the bike will  kill  because a can’t disengage the clutch. It’s bad enough being broke down on a  road  trip, but in this nasty weather; I don’t think any biker would wish this  on  anybody, regardless of the make of bike he rides.   Anyway, we get the bike going again and head back to find the Kawasaki  shop.   I’ve got to say that were it not for my brother , I would have been  up   a creek.... He told me how to shift gears without the clutch. It took  a   little finesse, at what sounds like the right RPM’s let up on the throttle   a  little and pop it into the next gear. I caught on pretty quick and soon   had  the bike up to freeway speeds. Got back to Gillette, got a room, found   the  shop. But it was Sunday so we waited till morning and got to the shop   early. Had to Federal Express Next Day Delivery a new clutch line. It  arrived about noon on Tuesday. Lakeway Power Sports in Gillette WY were  very accommodating. They let me do most of the work on the bike myself  and  helped me when I needed it, which did save me a few bucks.  We were back on the road by 2:00 and heading west.

 

24.2. While you're looking at the hydraulic line, also take a look at the wire harness running along the other side of the frame tube.  The wire harness can slip down and touch the rear cylinder head.  The heat off the cylinder and vibration can and will wear a hole through the harness cover and the individual wire insulation over time if allowed to touch.   To check for any wear problems, run your finger under the harness where it comes closest to the cylinder head.  If the harness cover feels rough or worn, carefully lift it (you might have to cut one or more plastic wire wraps) and visually check for wear or tears in the cover and possibly exposed copper wire in one or more individual harness wires.  If you find either, fix them as soon as possible.

You can use standard electrical tape for a quick fix.  For the long term, it is best to open the harness as little as possible to wrap heat shrink tape around any worn-through individual wires.  After loosely wrapping the wire, slightly heat the tape so it closes around the wire a bit, push it down the wire to the worn area, and then use a heat gun to seal up the shrink wrap tape on all the taped wires at one time.  

As for the wire harness cover, buy a roll of wire harness wrap tape (sometimes called cold wrap harness tape).  It comes as friction and non-friction wire wrap tape.  The non-friction tape is the standard stuff that has a sticky side.  Friction tape will stick to itself and gives you the opportunity to easily unwrap and re-wrap the harness if you don't get it the way you want it the first time.  Manjo v1111.

24.5. Some BUBF’s experience piston "rocking". At high speeds, the pistons can move from side to side just enough to allow engine oil to move around the piston rings and combust with the fuel. Oil loss can be as much as a quart every 500 miles. The solution requires the pistons, rings, wrist pins and sometimes the cylinder walls to be replaced. If you are loosing major oil, check with your dealer and with the big KAW for possible help with the parts and labor.

WAR STORY: There was never any formal FAR on this problem that I'm aware of at this time for piston "rock".  

Solution:  new 1996 Classic D pistons, rings, wrist pins, and cylinder (s) (if needed) to eliminate the oil burning problem.  In my case (1998) they also replaced a burnt valve.  KAW was providing the parts to fix the problem and the BUBF owner paid the labor.  

Now that the 1995's are a few years older, KAW is no longer providing the parts, last I heard.  This work was done on my bike at 20k miles and I'm at 60K miles now and burning very little to no oil when the carbs are synched.  I was burning 1 1/2 quarts every 1,000 miles at 60 MPH or faster before the pistons were replaced.  

Today, I would "guesstimate" the job including parts and labor would run about $1200-$1,600.  I'd wait until you had another good reason to pull the engine to fix this problem.  $500 is the cost to just pull, and put the engine back in place.  Manjo ~V~1111 1500A9

24.6. Some BUBF rear fenders will split or crack at the bottom edge below the tail light. KAW has been known to help fix this problem. You’ll need to provide KAW your scoot’s serial number so they can determine if a new fender is in order.

WAR STORY:  My fender started splitting about a year after I bought it back in ‘95. My friend has the twin bike (different color) we bought them about a month apart, and his split too. I guess it is very common with the older "A" models. So common that they redesigned it. Mine started splitting below the taillight, right in the middle, due to the vibration that the bikes are known for. God, I love those low rpm rumbles!! Anyhow the split eventually went all the way up to the taillight. Kawa wants the old fender back. I looked at a ‘98 at the dealer and noticed that there is now a piece of metal reinforcement on the inside of the fender in the back at the bottom to absorb the vibration. If you have any other questions, drop me a line.  U-Turn ~V~1125

24.7. WAR STORY: At 20,000 miles my exhaust pipe on the front cylinder detached/broke from the header. It rattled around inside the outer pipe until it wore a hole through. Major exhaust leak with a lose of power. Since the "B" is a limited production bike there were only two choices for new pipes Kawasaki @425/side or V&H @525 total. At the same time my stator and regulator/rectifier burned to a crisp. Have no idea if there is some relationship. Unknown Contributor.       return to Master Table of Contents

 

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