V-Strom 650 || Modifications || Converting turn signals into Running lights

My Honda ST1100 had beautiful 3-wire turn signals (1157 socket) which meant that the turn signals could function as both ‘running lights’ and as ‘turn signals’.

This might not seem like a big deal, but on a 2-wheeler where you want to be seen as much as possible, having those running lights can be a huge visibility boost. My V-Strom unfortunately has a 2-wire (1156 socket) system meaning turn signals only blink when I activate the turn signal, and stays turned off at all other times…. this bothered me a lot.

The beautiful final result! (I’ve also added LED light strips on the handguards)

This 1980 detailed article shows that having headlights (a proxy for lighting/visibility) OFF increased the chance of an accident by more than a factor of 2 ! Also, the oncoming automobile driver ‘not seeing’ the motorcycle is the biggest reason for accidents. Visibility is hugely important! Think about that….a simple lighting improvement reduces accident likelihood by more than 50%.. (page 387 in this document)Β 

To come back to the my V-Strom, I decided to modify the stock wiring to use the Custom Dynamics turn signal module to convert my turn signals into turn + running lights.

You need the Custom Dynamics blinker module, $30 shipped. You get two modules for the $30

Custom Dynamics blinker module from eBay ($30)

I also bought a set of posi tap & posi lock connections to help me with tapping into stock wiring with minimal splice / cutting / soldering.

The module, and a set of posi tap & posi lock connectors

On the V-Strom, the left and right turn bulbs each have two wires. You can visually inspect them by looking into the front fairing, to the sides of the headlights.

Right side – Green wire (blinker) and B/W (ground)

Right turn wires & connector

Left side – Solid black wire (blinker) and B/W (ground)

Left turn wire & connector

The writing is pretty straightforward with the posi tap products. You can disconnect the connections between each turn wire (see the marked picture) and then use one blinker set for each side.

Wiring information for blinker module:-

 

Once the wiring is correctly done, just test it out to make sure things are working correctly. Once this final check is done, you can now go ahead and safely tuck away the wiring neatly with zip ties inside the fairing. MAKE SURE YOU CAN TURN HANDLEBARS WITHOUT DAMAGING WIRING !

πŸ™‚ πŸ™‚

Hope this helps anyone trying to get running and turn lights on their motorcycle. This works for any motorcycle with the two wire situation.

Turn signals converted into Running lights!
Turn signals converted into Running lights!

 

 

 

Regards,
Vishnu
thepaleobiker

V-Strom 650 || Modifications || Reducing Buffeting Part 2 – Rick’s Mirror Extenders

I finally got around to installing Ricks Mirror extenders from www.adventuretech.biz

Continuing on from my earlier article on the Windshield replacement, I look forward to seeing how much the dirty wind around my helmet has reduced. It had already reduced significantly thanks to the Givi – I can now listen to my favorite podcasts (On Point – Tom Ashbrook by NPR) on my Sena headset, which I could not do before while on the Stock windshield….

Removing the stock mirror – you actually don’t need to separate the two pieces like I did – Learn from my missteps ! πŸ™‚

The removed stock rear view mirror, and it’s parts (I wrongly separated the stalk from the lowest screw nut)

Rick’s extenders come with a nice spacer that sits atop the stock female thread on the handlebar

You need to place the new black spacer on top of this female thread, and use Rick’s extended long bolt.

You simply put the space over the female thread, use Rick’s long bolt to secure the extended piece ; You need to use an 8MM Allen key to tighten up the bolt.

The new, installed mirror extender! Super sexy & looks stock πŸ™‚ . You just need to install back the mirror stalk onto this extender. Use blue loctite if needed

That’s it! Now you can screw back in the stock mirror stalk into the female thread on Rick’s extender. Done ! The improved visibility is nothing short of amazing.

Additional Pics to follow :-

Improved rear visibility! Vastly better. I no longer see just my shoulders πŸ˜€

Regards,
Vishnu
‘thepaleobiker’

V-Strom 650 || Modifications || Reducing Buffeting Part 1 – Givi D260ST Tall windshield

The majority of Strom owners have experienced ‘buffeting’ on their rides, especially at speeds greater than 50 MPH. There have been numerous theories as to how/why this happens, but the common wisdom & consensus revolves around the following main reasons :-

1) Stock Windshield & mounting bracket locations cause ‘dirty’ turbulent air to flow up to the rider’s helmet causing a majority of the buffeting effect (potentially resolved using aftermarket brackets such as MadStad & aftermarket windshields)

2) Stock mirror stems are aerodynamically in a bad spot, and these add to the turbulence felt at the helmet (resolved by using different mirrors such as Aprilla Mirrors, or by using a simple genius mirror extender such as Rick’s Extenders)

When I got the bike, it already had the excellent MadStad Brackets on them. These help provide different adjustments to the windshield, and helps the rider find a good sweet spot tailored to their riding style, their torso/seat height etc. I had a horrid time on the freeway with the stock windshield πŸ™ so I decided to get a taller touring one installed.

While researching potential windshield replacements, I decided on the Givi D260ST in particular for its excellent price ($119 shipped from Revzilla) and also because I did not need an adjustable windshield like the AirFlow ‘AF’ windshields given I already had my MadStad.

The Givi D260ST Tall windshield is 7″ higher than stock and rather wider too. I took some pictures that might help you get a sense for how much taller/wider this is compared to the stock.

Results – Part 1

1) So far, the buffeting/wind turbulence around my helment has already reduced significantly thanks to the Givi – I can now listen to my favorite podcasts (On Point – Tom Ashbrook by NPR) on my Sena headset, which I could not do before while on the Stock windshield….

2) The Givi had to be slightly coerced into attaching on the Madstad (fits tightly), nothing that should be concerning. Just a good tight fit!

The below pictures are self explanatory, and should be helpful to anyone looking to get this cheap simple windshield alternative.

Stock vs Givi D260ST – 1

Stock vs Givi

Stock vs Givi D260ST – 2

Side view comparison

Givi on MadStad Lowest & Straight Up

 

Givi on MadStad Lowest & Pulled Back all the way

 

Givi on MadStad Highest & Straight Up

Givi on MadStad Highest & Pulled Back all the way

 

 

 

 

Hope this helps you and your v strom! πŸ™‚

Regards,
Vishnu
‘thepaleobiker’

V-Strom 650|| Modifications || Replacing Stock Tail/Brake light bulbs with LED bulbs (video comparison)

Hi all,

I bought LED 1157 bulbs to replace the stock tail light bulbs. My intent was two fold : reduced power consumption, and higher light output.

I’ve found JDM A star to be a fantastic company and a reliable supplier of high quality LED products – I’ve used their LED bulbs for 3 years now, first starting with my Honda ST1100 and now on the Wee Strom.

JDM ASTAR Super Bright 5730 Chipsets 1157 2057 2357 7528 LED Bulbs with Projector,Brilliant Red

 

JDM A star Super bright LED bulbs Red 1157

 

 

The install is pretty simple. Take off the seat, reach back into the rear section of the tail light housing area (you’ve to reach back past where the tool kit is placed)

Each bulb is held on a plastic holder that needs to be turned counter clockwise to “unscrew” it from its base.

Once it’s unscrewed from the base, you can simply replace the bulb with the LED one. Its the 1157 Socket which is a direct replacement.

I took a video to compare the output, and there’s no comparison! The LED is way brighter on the running light, and the video truly doesnt do justice to the brightness of these LEDs.

Hope this helps anyone trying to upgrade lighting and save a few watts in the process πŸ™‚ . Ride Safe!

Regards,
Vishnu

V-Strom 650 || Modifications || Installing LED H4 Headlights : Part 1

I’ve been researching LED headlight replacements for my V Strom for a while now. The key benefits are two-fold :-

  1. Lowered Power Consumption (Stock Halogen Bulbs consume 55W, while the LEDs consume 35W-40W depending on the model)
  2. Improved Light Output (LED bulbs convert more of that input power into useful light energy)

Finally I received the LED headlights on 7th March 2016. The packaging was pretty decent, and the LED bulb looks well constructed.

Amazon buying linkΒ 
http://www.amazon.com/Headlight-Evitek-6500K-Easy-Installed-4500LM/dp/B017M566T4/ref=sr_1_3?ie=UTF8&qid=1451400580&sr=8-3&keywords=EVITEK%20h4&tag=viglink20849-20

4 LED chips per bulb

A funky shield the seems to hover above one set of bulbs

Initial thoughts on construction of the ballast – positive. Looks waterproofed and well constructed.

I’ve attached a short video of the bulb below, and some pictures…it was raining the entire night so I got some video but it just looks funky and psychedelic οΏΌ

YouTube video overview of LED

Pictures of the bulb/packaging

Boxed LED H4 Bulbs

 

Opened the Box, 2 well packaged LED bulbs

 

 

A closer look at the bulb
A closer look at the “Shield” on the LED

The “SHIELD” is clearly visible…

The shield from a head-on view

 

I finally got around to installing the LED Headlights a few days later – πŸ˜€ πŸ˜€ spoiler : The lights are pretty good!

I’ve tried to document the steps below for the v strom, so that changing bulbs (to another halogen or new LED bulb) should be easy.

I read the procedure on the owner’s manual

V Strom Headlight Removal – Owners Manual

Step 1 – Disconnect socket/power plug (3 point) from headlight

Before disconnecting

A look at the OEM Stock Bulb Housing

After disconnecting

After disconnecting the Power Harness

Step 2 – Remove rubber boot. This is a very simple process; at the top of the boot and around the boot, there are extensions/flaps of rubber that you can pull on. Gently pull them off all across the circumference of the boot, and it should simply come off.

Removing the rubber boot

After the boot is removed, you can see the H4 halogen held by the brass clip

Step 3 & 4 – undo the brass clip by pushing into it and over the edge holding it, and it swings open free. You can now simply pull out the bulb.

Un clipped

Bulb comes out easy, twist it and pull it out

The SHIELD on the LED now makes sense ! It’s very similar to the OEM bulb halogen shield….

Step 5 – place the LED bulb into the slot and out the brass clip back on. This step is tricky because you’ve to massage the clip over the big hump of the LED fan. But if you gently massage the clip over this hump, it gets over it. Just be a little patient πŸ™ I took most of my time here

Step 6 – UPDATE : I’ve come to realize that you do not need to cut/modify the rubber boot, and that you can detach the fan base from the main LED, and put the rubber boot back on it, and then install the fan back on.

 

I went ahead and Cut the rubber boot! Please follow this only if you are unable to remove the fan base. Cutting this is easy. I just gauged the diameter I needed to cut by eyeing it…And I cut it off using a pair of heavy duty scissors


Another look at what I cut off

Step 7 – Slide the plug+ ballast through this cut hole, and push the rubber boot back on. it should be the same snug fit as before.


Step 8 – Final step! Connect the plug power into the ballast socket, and zip tie the ballast (it’s light weight..) to anything that clears the turning of the handlebars& forks. Be careful not to snag on anything.

Video – Comparison of light color difference between stock & LED

Video – Comparison of light beam pattern between stock (left) and LED (right side)
The LED beam is surprisingly close to stock beam pattern.

Video – Comparison of both LED headlights together, beam pattern, it’s very tightly grouped, not much stay lighting ! Looks really good together.

UPDATE : Ride Video Comparison

I’m plenty pleased with the light results. I hope this blog post helps anyone out there looking to use LED headlights :).

Regards,
Vishnu