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Tuesday, 17 December 2024

BMW S1000R Tyre review Michelin Road 6 5668 miles in 19 months

This is an ongoing tyre review piece for Michelin Road 6 


120/70/17 front tyre    

190/55/17 rear tyre 


new tyres fitted May 2023

see http://johnoldfield.blogspot.com/2023/05/bmw-s1000r-michelin-road-6-tyres-fitted.html


13920 miles front and rear changed to Road 6

14120 miles rear changed due to bulge manufacturing defect


Michelin recommend 36(2.48)/42(2.9)

bmw recommended

I found the ride way too harsh and skittish at the recommended pressures

so reduced tyre pressures -4 psi to 32(2.2)/38(2.6) 

Michelin tyre appears to be a much harder carcass than my previous Rosso iV which i ran at higher pressures on the same settings without issue.

Of note it may just be in my head, but the Road 6 take around 500 miles or more to bed in and soften.

So far performing brilliantly over 1500 miles across NC500 in mostly wet conditions


These have now been replaced by another set as of Dec 2024 and 19588 miles

(see https://johnoldfield.blogspot.com/2024/12/bmw-s1000r-yearly-service-2024.html)


start       : 13920 miles (actually 14120 for the rear see https://johnoldfield.blogspot.com/2023/06/bmw-s1000r-change-of-tyres-michelin.html ) May 2023
replaced : 19588 miles Dec 2024

So from May 2023 to Dec 2024, I have done 5668 miles on a pair of Michelin Road 6 tyres.

The rears were slightly squared off, and getting towards the wear indicators but at the limit Id like to ride in wet conditions.

front had loads of tread left (but I always like to change as a pair)

Brand new : tread depth is approx 5.5mm front and 6.5mm rear
When replaced : tread depths were XXXXXXXXX

front (after 5700 miles) lots of life left




rear (after 5700 miles) 


front (new)
rear (new)





BMW S1000R yearly service 2024 / including replacement Michelin Road 6 tyres [at 19588 miles]

 last service was Oct 2023 : see https://johnoldfield.blogspot.com/2023/10/bmw-s1000r-18k-service-at-16144-miles.html


bike is now 19588 miles (this is notionally the 24k service)

All done within the van at my home address by 
https://www.facebook.com/AGMotorcyclesManchester

see his post 
https://www.facebook.com/AGMotorcyclesManchester/posts/pfbid02xDdN4KCLGEs9wQbw62aCekQ71FgtRtdGWqLjbbCBaPxXSgfsgWR2M4BmsXD3GjXyl

Awesome service as usual, thanks Adam

This was around £500 all in 
(This makes it around £390 for tyres and fitting , with £110 for service)

At least now the "SERVICE !" message is gone and I can see the temperature guage again

Now I need to get a new MOT (UK) , drop the tyre pressures from the Michelin recommended

Michelin recommend 36(2.48)/42(2.9). I found the ride way too harsh and skittish at the recommended pressures, so I need to reduce tyre pressures -4 psi to 32(2.2)/38(2.6) 



and scrub those new tyres in......







Thursday, 12 December 2024

VW Tiguan Mk2 DSG Gearbox in Emergency Mode : Mechatronics failure/repair : Fault code 10666 - Position Sensor for Clutch 1 P173500 : KWJ Performance £1300 repair

 

I love the Tiguans, we spent a long time looking for this car, and in doing so I searched a lot of forums and understood the issues.
Weve had our car now for 4 years and 50,000 miles

Context

There are 4 main issues you can typically see with VW Tiguan's

1. cars with panoramic roof , drains get clocked == wet floors. Ive removed our drains. You should too
2. EGR cooler/valves/NoX fail.  Use high detergent diesel fuel ONLY. Our failed and was replaced 2024 (https://johnoldfield.blogspot.com/2024/06/vw-tiguan-mk2-2017-20-tdi-150-68000.html  68k miles cost £1300)
3. DSG Mechatronic issues (the reason for this post!)
4. Haldex issues (not seen yet but definitely needs a pump/guaze clean)


The car has been incredible, weve ran it from 24,000 miles (https://johnoldfield.blogspot.com/2020/09/goodbye-a180-hello-vw-tiguan-150-dsg.html)
to now (75k)
with the 2 big costs at 68,000(EGR/Nox) and 75,000 (DSG) miles 
otherwise its just been regular servicing and tyres (and 1 cambelt/waterpump)

anyway back to the Mechatronics failure


Car at 75,000 miles its  a 150 TDI DSG 4 Motion Tiguan
This is a 7 speed wet clutch system (DQ500?)


looks like this (not our car btw)




  • The car can be driven but only even gears 2,4,6 (i put the car into full manual mode and used the paddles to smooth out the ride)
  • Resets back to working ok if left for >40mins to cool down
  • Fault reappears after >30mins driving

Fault code read by VCDS

1 Fault Found:
10666 - Position Sensor for Clutch 1 
          P1735 00 [00101000] - Electrical Malfunction
          Intermittent - Confirmed - Tested Since Memory Clear
          Freeze Frame:
                    Fault Priority: 0
                    Fault Frequency: 1
                    Mileage: 118929 km
                    Date: 2024.11.23
                    Time: 14:32:07

                    Engine RPM: 1386.00 /min
                    Vehicle speed: 65 km/h
                    Coolant temperature: 91  C
                    Clutch: primary stat: Driving
                    selected gear: GANG_6
                    Driving position: d
                    Engine torque: 132 Nm
                    Control Module temperature: 89  C
                    Accelerator pedal position: 43.2 %
                    DTC memory status: 37



Possible issues (in order of cost to resolve low to high)

  • Battery (this is a simple one , if you have lots of fault codes check this out first, you might be lucky!)
  • Mechatronics unit (sits on side/front of gearbox) (Most likely our fault given the code we have)
  • Clutch packs / DSG gearbox

Car had a new battery this year.
And I have only this specific fault code and the way it appears after getting warm the most likely reason is a sensor/pressure failure in the mechatronics unit :-(

Given the number of cars with these gearboxes and the number of failures, there are now plenty of options to choose from to resolve the issue that dont necessarily involve VW dealers and huge waits.
Its still a very reliable gearbox (incredible piece of technology) but it can and does fail in various ways


Options to resolve mechatronic issues

  • If you are spanners handy then DIY on the drive (it doesnt appear hard to remove the unit) to remove and send off to ECU testing (approx £385+) , but will also need to add gearbox oil and filter (£250+)
  • Repair (approx £1300-1500 replace sensors/solenoids inc removal/refitting and fluids)
  • Replace (approx £3- 3.5k ) new mech unit , will require recoding as well)

Please keep in mind though the actual DSG oil and filter are themselves relatively expensive if you are considering DIY

Our trusted garage dont do mech repairs so suggested we look around for a specialist.

Im in the UK in Warrington (WA5 postcode) , i narrowed it down to 2 places based on the Google reviews and experience of tiguans

  1. https://kwjperformance.com/  
  2. https://www.selectorgearbox.com/


I opted for 
KWJ Performance , a conversation with Kieran quickly gave confidence, he says they do 2/3 a week of this repair, and we spoke about the reasons/the repair etc

The car was booked in for them to

  • remove mechatronics unit
  • replace both clutch 1 and 2 position sensors (note I only had a fault on sensor1, replacing the other is preventative maintenance given its all apart and sensors are relatively cheap) inc new seals
  • refit
  • basic settings / road test +oil + new filter
  • update VW service online record

turnaround in 2 days
They offer a 2 year warranty on the repair.

thankfully the problems did not extend beyond the mech unit into the clutchpacks/gearbox so that kept the cost down.

clutch pressures are fine.
basic settings applied ok (but they did say it took a while to get the car to adapt to the new sensors)

Total cost £1300

Car is now back, and hopefully thats it fixed.
Great experience from KWJ end to end, and they work on some far fancier stuff than a Diesel tiguan

Of note the car had never had a DSG gearbox service (75k) which is bad, but Im told the oil was ok and this did not necessarily contribute to the sensor/o ring failures.


Additional info


Heres some narrative I added to a forum recently as well when someone asked about the fault code.


age and mileage of car?

do you have a VW extended warranty? (if so take it to them)

Assuming you dont ....

I assume youve lost either even or odd gears?

Does it revert back to working ok when left to cool down?

The actual fault codes need to be read (someone with VCDS or a trusted local garage)

You also need to rule out the obvious cheap stuff (like failing battery)

Most of the time it would appear to be clutch position sensor fault (clutch 1 or 2) which show after 30mins + of driving.

this would need the mechatronics unit removed , tested then it can either be repaired or replaced and refitted.

note the oil is expensive (so its approx £250 just for that bit)

Hopefully you have a trusted garage locally.

they will either remove and send off

remove and fix (if they have the diagnostic kit and experience)

its pretty common these days so look for a DSG repair specialist in your area (post up first 3 letters of postcode and people whove had it done in your area might comment)

ballpark id suggest

if its the simple fault codes its £500 just to repair the mech unit

then you add in labour for removal and refit + new oil and filter

so if its just a sensor is around £1300-1500 all in

changing solenoids as well adds a little but not much

if the problems are deeper and also involve the clutch packs (unlikely) you can start doubling the cost. (at that point you might want to think about WBAC lol)

this is all independent garages, having this done by VW is much more (so you only really go that route if you have warranty)

just my 2p from what Ive read

(ours goes in for mech repair on Mon , 75k miles, clutch position sensor 1 fault code. approx cost is 1300 , for changing both clutch position sensors)



Wednesday, 2 October 2024

Tenda MW5G network does not show in Tenda mobile application (Fix is to logout and re-login with Google)

 

In mid 2020 I bought via amazon

Tenda Nova MW5G Mesh WiFi System - Whole Home WiFi Mesh System - 3500sq² WiFi Coverage - Dual-Band AC1200 - Gigabit Ports - Easy Setup - Replaces WiFi Router and Extender - Works with Alexa - 3-Pack





https://www.amazon.co.uk/gp/product/B07YZCZSPW/


I renamed the devices to match my router config (username/pass) then switched off the wifi aspect of my router (easiest way and means all devices in the house dont need to be changed)

Been working great for 4 years.
But recently the mobile app has been updated and since then Ive not been able to review the network or make any changes (should I need to)

The unit is now considered EOL by Tenda
https://www.tendacn.com/product/overview/MW5G.html

but Im not changing it unless I need to  (maybe to upgrade to a proper MESH network)

I eventually found a post that solved the issue !


Wanted to suggest another tip here as I was also tearing my hair out with Tenda app. It would let me log in but not see any of my Tenda devices - failed on scanning. On a whim I logged out then logged in again using the “log in using Google“ option, it immediately found all my devices & worked as it should. Weirdly the userid/pwd seems to be the same however you choose to log in but the Tenda anpp only works if you take the Google route to log in. Hope this helps someone !

I guess the downside is that this shares some of your profile data with Tenda

Otherwise I can now see my network configuration and amend if needed.





Tuesday, 3 September 2024

Day 1 to 3 NC500 2024 videos on youtube

 Derek on the trip has created some videos of the trip.

check them out on youtube

Taken on a Ghost XL helmet camera


Day 1


Day 2



Day 3











Thursday, 22 August 2024

Choosing and buying a motorcycle airbag vest : I bought a Helite ETurtle V2 July 2024

 

Added Nov 2024 link to https://www.bennetts.co.uk/bikesocial/reviews/products/motorcycle-armour-and-base-layers/best-motorcycle-airbag-vest-jacket

and theres an associated youtube video now too
https://youtu.be/C0219r4QPLs?si=9qvpZ4ipyg01ed3o


Of note Im still happy with my product choice, but it looks like the
Moto V4  https://www.bennetts.co.uk/bikesocial/reviews/products/motorcycle-armour-and-base-layers/motoairbag-review-motorcycle-airbag

 might be becoming the new front runner (albeit no electronic version yet)

Its a continously evolving market.

https://www.bennetts.co.uk/bikesocial/reviews/products/motorcycle-armour-and-base-layers/helite-turtle-2-review-e-turtle-airbag




Ive been considering buying an airvest since getting back into riding 2 yrs ago.
With multiple choices, sizing queries and always a bill to pay I never finally took the plunge until now (July 2024)

What did I do?

  • Evaluate the market ( a lot !)
  • Lots of choices
  • Tethered or Electronic activation
  • Subscription or outright purchase


What have I worn up to this point?

Before this I wore a seperate Forcefield back protector UNDER my Dianese fabric gear.
Something like this 
https://jsaccessories.co.uk/product/forcefield-pro-l2k-evo-dynamic-back-35196

Just something Ive always done from day 1 riding (even in 2 piece leathers).
Simple, Level 2 armour and protects back/spine. easy to wear and you soon ignore its there.

But its now 2024 and technology moves on , and im now 52 years old.
I have 2 children and always think about the what ifs.
I dont think theres much you can do about preventing broken extremities riding a motorcycle but certainly airbags do protect your back/spine/neck from the more serious injuries that could lead to being paralysed, so if I can afford a BMW S1000R , I can no longer justify not getting an airbag either.

Over the last 2 years Ive narrowed it down to Helite V2 E-Turtle 



(Of course now Ive bought one there will be a V3 released !)

  • its worn OVER your jacket, and can be used with any equipment
  • It has a level 2 back protector internal (so I can lose the seperate back protector)
(Note the helite backpack and others only have a static L1 back protector, the eturtle back protector is L2)
  • Although simple (and cheaper) I didnt want a tether and felt the 25hrs battery life of the eturtle was enough.
(At most I ride for 14hrs in a day on trips)
  • It can be reused without sending back (you just fit a new canister)
  • the concept of subscription for a safety device seem horrific to me, so that why I avoided the other market leaders
  • cost seems reasonable (£600) compared to other devices
  • I chose black over yellow

Canister for eturtle is twice the price of a tethered canister (£65 vs £30)

Cost

https://heliteuk.co.uk/product/helite-e-turtle/
XLL Black is £695

https://www.sportsbikeshop.co.uk/motorcycle_parts/content_prod/796259
XLL Black is £616 (currently on discount)
and sportsbikeshop have an awesome returns policy.



Sizing

Contacted helite and they suggested XL based on my height and weight
I dropped into Sportsbike shop Preston and they luckily had 2 I could try on

Im 6ft 1 in tall
Im 19 stone (120kg) and have a large chest

The size guide from helite



my measurements easily took me into (or above!) the XLL category.
but I needed to try some on

Trying on some sizes

XL : too small around the waist
L-L : adjusting the straps this seems to fit ok

I took pictures and sent to helite and they suggested I needed to go up to XL-L to get the correct back length

Pictures below are me trying on the L-L at SBS in Preston






It fitted OK , and in many respects looks like all the marketing photos, notice how its not as long and when viewed from the front is higher up.

When I sent these to Helite they suggested I could use either the LL OR the XLL but the XLL would be better for extended back protection


I then ordered LL and XLL from Sportsbike shop.
Tried both on and decided XL-L was the correct size due to back and hip coverage.

Sportsbikeshop have great returns policy so I just sent the LL back for a refund.

Below pictures are me trying on the XLL.

Note the fact it covers more of my tail bone (coccyx)

Its not as neat and "fitted" looking as the LL , but for me the enhanced protection and recomendation from helite I chose the XL-L size







What does the helite eturtle v2 cover?
 
From the helite manual



A. IMPACTS AND DETECTED ACCIDENTS

Autonomous version (without SDU fork sensor), the system only detects accidents from a speed above 20 km/h. Here are the possible detection cases: - Motorcycle striking or being struck by a significant obstacle (vehicle, wall, post, etc.) from the front, side or rear. - Slides and falls (high side, low side). The detection system of the autonomous version uses the GPS signal to optimize the triggering situations. If the system does not detect or badly detects the GPS signal we cannot guarantee the triggering of the airbag.


When the vest is associated with the SDU fork sensor, the list of detected accidents is extended to impacts from 0 km/h (e.g. impact when stopped by a third party vehicle). The detection time is significantly faster in case of an impact against a vehicle. Please note that each accident is different. Even though the Helite crash detection system covers a large majority of potential accidents, there is always a non-zero risk of non-triggering.


So the fork sensor
  • Adds detection below 20km/h (12.4mph)
  • Reduces the detection time for all accidents


If you want that youll need the
https://heliteuk.co.uk/product/helite-e-bike-fork-sensor-pack/
which is £125

For the moment Im running just with the vest.


Experience

I bought the vest specifically for 3 days  on the NC500 2024

see 




Pros

  • last easily all day (in fact it should last 25hrs+)
  • easy to switch on
  • can see LED in mirrors , but could be brighter / more obvious
  • light and not even aware you are wearing it once on
  • it just works

Cons

  • its definitely warmer (blocks airflow)
  • The size I chose definitely bunches up sometimes , see in the pic below how its raised above my shoulders / the bottom of the vest digs into the gap on the rear of the S1000R seat






Verdict


For me its a huge win, Ive finally chosen and Im wearing an airbag vest.
Lets hope I never need to use it.




Heres what ChatGPT has to say, always good to tease out some additional detail


Outline: The Case for Motorcycle Airbag Vests

I. Introduction

  • A. Overview of Motorcycle Safety Concerns
    • High vulnerability of motorcyclists compared to other road users.
    • Statistical data on motorcycle accidents and fatalities.
  • B. Introduction to Motorcycle Airbag Vests
    • Brief description of motorcycle airbag vests.
    • Evolution and increasing adoption of airbag vests in motorcycle safety gear.

II. Functionality of Motorcycle Airbag Vests

  • A. How Airbag Vests Work
    • Description of the triggering mechanism (mechanical tether vs. electronic sensors).
    • Deployment time and coverage areas (neck, chest, back, and spine).
  • B. Types of Airbag Vests
    • Tethered vs. Electronic airbag vests.
    • Integrated airbag jackets vs. stand-alone vests.

III. Benefits of Motorcycle Airbag Vests

  • A. Enhanced Protection
    • Coverage of critical areas such as the spine, neck, and chest.
    • Reduction of impact force during a crash.
    • Prevention of hyperextension and other injury types.
  • B. Complement to Existing Gear
    • How airbag vests work in conjunction with helmets, gloves, and other protective gear.
    • Examples of situations where traditional gear is insufficient.
  • C. Real-world Effectiveness
    • Case studies and testimonials from riders.
    • Statistics from regions with higher adoption rates (e.g., Europe, Japan).

IV. Addressing Common Concerns

  • A. Cost Considerations
    • Price range of airbag vests and comparison with other safety gear.
    • Long-term cost-benefit analysis considering potential medical expenses.
  • B. Comfort and Convenience
    • Design advancements improving fit and comfort.
    • Ease of use and maintenance.
  • C. Reliability and Deployment Concerns
    • Discussion on deployment accuracy and potential false positives.
    • Battery life and maintenance for electronic vests.

V. Market Trends and Adoption

  • A. Growing Market for Airbag Vests
    • Overview of the current market size and growth trajectory.
    • Key manufacturers and product innovations.
  • B. Legal and Insurance Implications
    • The impact of airbag vests on insurance premiums.
    • Legal requirements or recommendations in various regions.

VI. Conclusion

  • A. Summary of Key Points
    • Recap of the protective benefits and effectiveness of airbag vests.
  • B. The Future of Motorcycle Safety
    • Potential advancements in airbag technology.
Encouragement for increased adoption among motorcyclists.



II. Impact on Accident Outcomes

  • A. Reduction in Fatalities and Severe Injuries
    • France:
      • Statistic: Since the increase in airbag vest adoption, a reported 30% reduction in severe thoracic and spinal injuries among motorcyclists involved in accidents.
      • Specific Examples: Studies from French road safety agencies show a significant correlation between airbag vest usage and reduced fatality rates, especially in high-impact crashes.
    • Italy:
      • Statistic: A study by an Italian road safety institute found a 20% reduction in head, neck, and spine injuries in airbag vest users compared to non-users.
      • Real-World Examples: Italian riders in areas with high road traffic accident rates (e.g., urban areas) have shown a decrease in injury severity, attributed to increased airbag vest usage.
  • B. Case Studies
    • Japan:
      • Statistic: A Tokyo-based study revealed that riders wearing airbag vests had a 50% higher survival rate in high-speed collisions compared to those without.
      • Government Reports: Japanese National Police Agency reports indicate a decrease in motorcycle-related fatalities, with airbag vests cited as a contributing factor in about 15% of cases.
      • Notable Incidents: Several high-profile accidents in Japan, where riders survived severe crashes due to airbag vests, have been widely reported in the media, further promoting their use.

Key Manufacturers and Product Innovations in Motorcycle Airbag Vests

I. Leading Manufacturers

  • A. Alpinestars

    • Overview: An Italian company known for its high-performance motorsport gear, Alpinestars is a pioneer in electronic airbag technology.
    • Key Products:
      • Tech-Air® System: Alpinestars’ flagship electronic airbag system, integrated into a range of jackets and suits.
      • Tech-Air® 5: A standalone vest with electronic sensors that provides upper body protection, including the shoulders, chest, ribs, and back.
    • Innovations:
      • Multi-sensor technology: The Tech-Air® system uses multiple sensors (gyroscope, accelerometer) to detect crashes and deploy in milliseconds.
      • Modular System: The Tech-Air® system can be transferred between different Alpinestars jackets, offering versatility for different riding conditions.
  • B. Dainese

    • Overview: Another Italian leader in motorcycle safety gear, Dainese is recognized for its advanced airbag technology, especially in racing.
    • Key Products:
      • D-air® System: Dainese’s proprietary airbag system, available in both racing suits and standalone vests.
      • Smart Jacket: A versatile electronic airbag vest that can be worn under or over any jacket, offering chest and back protection.
    • Innovations:
      • Racing Technology: The D-air® system was initially developed for MotoGP and has been adapted for road use, offering race-proven safety.
      • Wireless Activation: The D-air® system is entirely wireless, with sensors that autonomously detect and respond to accidents.
  • C. Helite

    • Overview: A French company specializing in airbag protection across various fields, including motorcycling, Helite focuses on both tethered and electronic vests.
    • Key Products:
      • Turtle 2 Airbag Vest: A tethered airbag vest known for its simplicity, reliability, and large protective coverage area.
      • Helite e-Turtle: An electronic version of the Turtle vest, offering the same protection without the need for a tether.
    • Innovations:
      • Turtle Technology: The Turtle vest integrates a rigid back protector over the airbag, distributing impact force more effectively.
      • Hybrid Systems: Helite has developed both mechanical (tethered) and electronic systems, catering to different rider preferences and budgets.
  • D. Hit-Air (Mugen Denko)

    • Overview: A Japanese company, Hit-Air is one of the original developers of airbag vests, focusing on tethered systems.
    • Key Products:
      • Hit-Air MLV: A popular tethered airbag vest known for its lightweight design and fast deployment.
      • Hit-Air JV: A more compact version designed for urban riders, offering essential protection in a less bulky form.
    • Innovations:
      • Speed of Deployment: Hit-Air vests are known for their rapid inflation time (within 0.25 seconds) upon activation.
      • Customizability: Hit-Air products often feature replaceable CO2 cartridges and modular components, making them easy to maintain.

II. Product Innovations

  • A. Integration with Riding Gear

    • Modular Airbag Systems:
      • Companies like Alpinestars and Dainese offer airbag systems that can be integrated into various jackets and suits, allowing riders to upgrade their gear with advanced protection.
      • Example: Alpinestars’ Tech-Air® system can be transferred between compatible jackets, from touring to racing, providing consistent protection regardless of the riding style.
    • Smart Jackets:
      • Innovations like Dainese’s Smart Jacket incorporate airbag technology into a form that can be worn over regular clothing, making it accessible and convenient for everyday riders.
  • B. Enhanced Sensor Technology

    • Multi-Directional Impact Detection:
      • Advanced electronic vests feature sophisticated algorithms and sensors that can detect impacts from multiple directions, ensuring the airbag deploys in a wide range of crash scenarios.
      • Example: Alpinestars Tech-Air® 5 vest uses six integrated sensors to monitor the rider’s movements, providing 360-degree protection.
    • Adaptive Deployment Algorithms:
      • Some systems are now equipped with machine learning algorithms that improve the accuracy of crash detection over time, reducing the likelihood of false deployments.
  • C. Coverage and Protection Areas

    • Extended Coverage Zones:
      • Modern airbag vests have evolved to protect more areas of the body, including the neck, shoulders, chest, back, and even the hips.
      • Example: Dainese’s D-air® system provides comprehensive coverage, including the collarbone and lower ribs, areas often vulnerable in crashes.
    • Hybrid Airbag and Armor Systems:
      • Combining traditional armor (like hard back protectors) with airbag technology provides a dual layer of protection, enhancing impact absorption and distribution.
      • Example: Helite’s Turtle 2 vest incorporates a hard back protector over the airbag, acting like a helmet for the body.

Evaluation of the Helite e-Turtle 2 Airbag Vest

I. Overview

  • Product Description: The Helite e-Turtle 2 is an electronic airbag vest designed to provide enhanced safety for motorcyclists. It is a successor to the original e-Turtle, incorporating advanced technology for better protection and user experience.
  • Target Audience: The e-Turtle 2 is aimed at a wide range of riders, from daily commuters to touring enthusiasts, who seek an extra layer of protection beyond standard motorcycle gear.

II. Key Features

  • A. Airbag Deployment Technology
    • Electronic Activation:
      • The vest is equipped with electronic sensors (accelerometers and gyroscopes) that monitor the rider’s movements and detect accidents in real time.
      • Deployment Speed: The airbag deploys within 0.08 seconds (80 milliseconds) after detecting a crash, providing rapid protection.
  • B. Turtle Technology
    • Integrated Back Protector:
      • The e-Turtle 2 features a CE Level 2 back protector placed over the airbag, which enhances impact distribution and absorption. This design is similar to how a helmet protects the head, making it highly effective in protecting the spine and back.
  • C. Coverage Areas
    • Protection Zones:
      • The vest offers protection for critical areas, including the spine, neck, chest, and abdomen. It also helps to prevent hyperextension of the neck and serious injuries to the thoracic and lumbar regions.
  • D. Battery and Charging
    • Battery Life:
      • The e-Turtle 2 provides up to 25 hours of continuous riding on a single charge, suitable for long rides.
      • Charging: The vest is charged via a standard USB cable, making it convenient to recharge almost anywhere.
  • E. Replaceable Air Cartridge
    • CO2 Cartridge:
      • After deployment, the airbag can be reset by replacing the CO2 cartridge, allowing the vest to be reused. This feature is simple and quick, ensuring minimal downtime.
  • F. Comfort and Fit
    • Design and Materials:
      • The e-Turtle 2 is designed to be lightweight and breathable, with a comfortable fit that doesn’t restrict movement. It can be worn over any jacket or riding gear.
    • Adjustability: Adjustable straps allow for a customizable fit, accommodating different body shapes and sizes.

III. Strengths

  • A. Enhanced Safety
    • Comprehensive Protection:
      • The e-Turtle 2 provides extensive coverage, protecting not only the spine and neck but also the chest and vital organs. The integrated back protector adds an extra layer of security, especially in high-impact scenarios.
  • B. Reliability
    • Proven Technology:
      • Helite is a well-established brand known for its reliable airbag systems. The e-Turtle 2 builds on this reputation, offering a system that is both effective and dependable.
    • Low False Deployment Rate:
      • The electronic system is designed to minimize false positives, ensuring that the airbag only deploys in genuine crash situations.
  • C. User-Friendliness
    • Ease of Use:
      • The vest is straightforward to use, with a simple charging process and an easily replaceable CO2 cartridge. Riders can quickly reset the vest after deployment, making it practical for everyday use.
    • Comfort:
      • The lightweight, breathable materials and adjustable fit make the e-Turtle 2 comfortable for long rides, without feeling cumbersome.

IV. Potential Drawbacks

  • A. Cost
    • Price Point:
      • The e-Turtle 2 is relatively expensive compared to traditional protective gear and even some other airbag vests. The upfront cost may be a barrier for some riders.
  • B. Bulkiness
    • Size and Fit:
      • Although designed to be as slim as possible, the addition of a back protector and the airbag system may still feel bulkier than non-airbag alternatives, especially for riders who prefer minimalistic gear.
  • C. Battery Management
    • Battery Life Concerns:
      • While the battery life is generally sufficient, forgetting to charge the vest could leave riders without protection. Riders need to be diligent about maintaining the vest’s charge, especially on long trips.

V. Comparison with Competitors

  • A. Alpinestars Tech-Air® 5
    • Comparison:
      • The Alpinestars Tech-Air® 5 offers more extensive coverage, including the shoulders, but lacks the integrated back protector found in the e-Turtle 2. Alpinestars’ system is also pricier but offers some additional features like smartphone connectivity.
  • B. Dainese Smart Jacket
    • Comparison:
      • Dainese’s Smart Jacket is lighter and more compact, making it potentially more comfortable for some riders. However, it doesn’t offer the same level of spinal protection as the e-Turtle 2, particularly with the back protector integration.

VI. Conclusion

  • Summary:
    • The Helite e-Turtle 2 is a robust and reliable airbag vest that offers significant protection for motorcyclists. Its combination of electronic activation, integrated back protector, and comprehensive coverage makes it a strong contender in the airbag vest market, particularly for riders prioritizing safety.
  • Recommendation:
    • The e-Turtle 2 is ideal for riders who want maximum protection, especially those who frequently ride in high-risk situations (e.g., high speeds, heavy traffic). While the cost may be higher, the level of protection and peace of mind provided by the vest justifies the investment for serious riders.

Monday, 12 August 2024

Replacing the dipstick : Genuine VAG TFSi EA113 Dipstick - 06F115611F : Have you checked yours ?

Checking the oil recently, by pure chance I tried to clean the lower part of the "handle" and small parts broke off in my hand!

Its a known issue that can

a) cause parts to be ingested into the engine and block the oil pickup
b) cause air leaks , leading to poor idle and running

So it was time for a replacement

orange is the old colour and by now should be well past its best.
yellow is the newer colour


You can buy a dipstick and tube

I only replaced the dipstick (easier)
checked the old/new dipsticks are correct lengths!

My old dipstick
Notice  that the small "ball" is missing, as is the bit that broke off in my hand (just below the o ring)

Have a look at yours and compare to the new yellow one, its also not unusual for more to be missing including the O ring!








From AKS


             Genuine VAG TFSi EA113 Dipstick - 06F115611F

This is the latest revision dipstick available for most of the TFSi platform. Most TFSi platform cars will have the orange-topped dipstick from factory, and it is now becoming increasingly common due to age, for the plastic to become brittle and break down. This in turn, can cause the plastic and o-ring to fall down into the sump and has the potential to block up the pick-up-pipe depending on the severity. When the o-ring drops and breaks it's seal, this will of course cause a loss of vacuum as well.

If you want to match the colour of dipstick tube to this new dipstick, please see the revised dipstick tube below which has yellow plastic ends to match the new yellow dipstick. This may also be required if damaged / brittle. We tend to advise to replace the tube at the same time as the dipstick.

 

£18 but £25 when you include tax/shipping, but AKS is a trusted supplier.

https://www.akstuning.co.uk/shop/home/512-genuine-vag-tfsi-ea113-dipstick-06f115611f.html



Thursday, 1 August 2024

VW Golf GTI Edition 35 MOT pass 2024 : 5065 miles this year

 
that yearly time again (if you live in the UK) for the MOT test

59223 last year
64288 this year

As usual taken to the trusted local garage https://www.ashcroftautocentre.co.uk/ who look after all of our cars. Superb place

Only advisories on front brake discs ridges (usual)

So between MOT's thats  5065 miles this year

Car is 12 years old and 64,000 miles.
Still superb
Needs front bumper respray due to lacquer delamination but otherwise still love the car to bits

here she is all washed up this weekend.



VW Golf GTI Edition 35 CDLG : 5372 miles in 2023-2024 : annual oil/filter change inc pollen filter

 I use Fergusons of Stirling online

Have a huge range of possible service kits 

I chose this one

https://shop.fosautoparts.co.uk/service-kit-for-vw-golf-mk6-2-0-gti-edition-35-bosch-oil-carbon-cabin-filters-millers-oils-6124-trident-longlife-5w40-engine-oil-sump-plug-2011-2012




  • Bosch oil filter x 1
  • Bosch charcoal anti-odor cabin/pollen filter x 1
  • Oil sump drain plug with seal x 1
  • Millers Oils Trident Professional C3 5w40 engine oil x 5 litres (4.6L capacity listed by Millers for this vehicle)
  • Millers Oils Engine Flush 250ml: £7.99
So 70 + 8 = £78

warm engine
add oil flush
drain oil
remove oil filter housing
replace oil canister seal (included with filter)
reprime oil filter with new oil (it wicks a huge amount from dry!)
replace sump plug
start car, let idle for short time.
check dipstick (interestingly I still have the orange one which breaks apart, need to order new one yellow)

Pollen filter is remove screws
push retaining panel to one side then the filter can be pulled out.




Oil Change Service 01/05/2023 ME 58201 (2022-23 last years service)
Oil Change Service 16/06/2024 ME 63573

So thats 5372 miles for 2023-24


Wednesday, 24 July 2024

Days 1 to 3 NC500 2024 Summary

NC500 2024


missed a Belgium trip (due to holidaying in Thaliand), so we planned a 3 day trip to Scotland

Differences on this trip to last years (see  https://johnoldfield.blogspot.com/2023/07/draft-summary-nc-500-motorcycle-trip.html )


  1. bmw panniers this time not single bag
  2. invested in an airbag vest helite v2 electronic
  3. have tank paint protection film fitted


Andrew, Derek and John(me)

BMW 1250GS, BMW 850GS, BMW S1000R Gen 2



Started  Fri 05/07/24 - Ended Sun 07/07/24 = 3 days total

Bike mileage start  17512     Bike mileage end   18840

Day 1 495 (yellow)  overnight stop at https://www.millcroft-hotel.co.uk/
Day 2 323 (blue)     overnight stop at http://www.tuckersinn.co.uk/
Day 3 495 (red)

        1313 miles in total

The route



Fuel

1313 miles at an average of 45 mpg 
1313/45 = 29.2  gallons fuel used
29.2 gallons x 4.54 =  132.5 litres fuel used
132.5 x £1.45 per litre average
= total cost of fuel for trip estimated at £192
I reckon thats at least 10 fillups over the 3 days

Tyres

same Michelin Road 6 front and rear I had on for NC500 2023.
Performed exceptionally again as 95% of the riding time it was wet conditions
TODO : tread depth?

Gear

My usual textiles gear Dianese Carvemaster 

I reused the waterproofs I used in 2023
For £20 though great value
https://www.amazon.co.uk/dp/B072QKQP2M?psc=1&ref=ppx_yo2ov_dt_b_product_details

Nikwax visor spray (ive tried them all and this is the best by far)

Security

D lock and disc lock.
Both hotels we stayed at at some parking areas , plus you are in North Scotland.
(Problems really only when you come south to Glasgow/Edinburgh and surrounding areas)

some pics in reverse order (newest to oldest)

getting home, in desperate need of a wash

carnforth meeting point Day 3
glenshee ski centre




https://www.cocoamountain.co.uk/


Applecross even wetter than last year!
Highlanders castle
Soldiers Memorial

Carnforth services meet point on Day 1