Team Extreme Archives

April 15, 2011

Vega Elite B4.1 2WD race conversion

Team Extreme have released details on yet another Vega Elite 2WD race conversions, this time for the Associated B4.1 buggy. As with the other conversions it features a CNC machined aerospace 7075 alloy tub chassis & gearbox, motorplate heat sink, rear shock tower, bodyshell and more. This exciting new conversion changes the weight distribution of the car, allowing it to jump more level & massively helps in-air control and powered landings. Testing has shown the conversion gives a new more positive feel to the car, allowing for a more aggressive driving style. Flatter jumps, quicker landings and better cornering is bringing noticeably faster and consistent lap times. All hardware supplied.

View more images of the conversion here

February 24, 2011

Vega Elite TRF201 2WD race conversion

Having brought you details on the first two releases from the new series of Vega Elite 2WD race conversions, another very similar conversion is now available, this time for the Tamiya TRF201 buggy. As with the other conversions it features a CNC machined aerospace 7075 alloy tub chassis & gearbox, motor plate heat sink, rear shock tower, bodyshell and more. This new conversion changes the weight distribution of the car, allowing it to jump more level & massively helps in-air control and powered landings.

View more images here

June 11, 2008

Predator X11 Big Bore shocks

Our mates over at oOple have the first information on the new ‘big bore’ shock absorbers from Team Extreme, manufacturers of the Predator X11 4WD electric buggy, who brought some of the first production examples to the recent Talywain BRCA National. Nathan Ralls has been testing the shocks behind closed doors for a while now, but has finally started to race the car in public – first time out at the recent South East regional, and a win for the new X11 driver with these new shocks. The new shock absorbers are the same length but Team Xtreme have maxxed out the diameter to the limits of what would fit within the existing range of springs.

More information can be found here.

Source: oOple [oople.com]

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