85hp Mercury Outboard Engine Starter Motor on 2040-parts.com
Albion, Michigan, United States
Item for bid is a good working used starter motor part # 50-6734K that was removed from a mid 1970's 85hp 4 cylinder Mercury outboard motor. This same starter was probably also used on many other years and horsepower applications. Please note that the ground cable that is partly shown in the pictures is not included with the starter.
|
Ignition & Starting Systems for Sale
- Suzuki outboard starter 90 125 140 hp / 31100-90j00(US $265.00)
- Mercury outboard key harness(US $110.00)
- Suzuki 33420-90j00 coil assy, ignition(US $145.83)
- Honda 38201-zy3-003 fuse (150a) (honda code 6992002).(US $9.47)
- Yamaha 95817-10090-00 95817-10090-00 bolt, flange(US $1.71)
- Yamaha 95027-06014-00 95027-06014-00 bolt,flange(US $0.99)
Ferrari F620 GT to debut 29th February – video tease
Tue, 21 Feb 2012Ferrari start to tease the new F620 GT Ferrari is teasing the replacement for the 599 – probably the Ferrari F620 GT – with a video tease. Debuts 29th February. We’ve known for a while that the replacement for the Ferrari 599 – which looks like it will be the Ferrari F620 or F620 GT – is on its way and due to have its public debut at the Geneva Motor Show in March.
New Twingo Renaultsport 133 arrives at £13,565
Thu, 29 Mar 2012New Twingo Renaultsport 133 arrives for 2012 Renault has revealed the new Twingo Renaultsport 133 with the facelift from the regular Twingo range. Costs £13,565 in the UK. Having revealed the facelift for the Renault Twingo last summer – and come up with a price for the titivated Twingo in January - Renault has now revealed the new look and prices for the sporty option – the new Twingo Renaultsport 133.
Battery breakthrough set to accelerate electric-car development
Thu, 12 Mar 2009A team of scientists working at the Massachusetts Institute of Technology are claiming a significant breakthrough in recharging times for lithium-ion batteries. According to findings published in the scientific journal Nature, MIT researchers Byoungwoo Kang and Gerbrand Ceder have unlocked the potential of lithium-ion batteries by patenting a unique process which is claimed to allow a typical laptop power pack to be fully recharged in less than a minute--an improvement in recharging performance of roughly 90 percent over existing lithium-ion batteries. Lithium-ion batteries generate electric current via the flow of lithium ions across an electrolyte, from an electrode to a cathode.