September 20, 2002:
Newsletter update with design concept (305 KB .pdf file).
July 31, 2002:
The tX-1 debuted at the Molson Indy Vancouver July 26-28, 2002. The photos on the right are from that time period.
The tX-1 introductory letter (70 KB Word file).
February 5, 2001:
Peter Derviller reported, "Our new car is progressing and we are now building the bodyshell buck but it's not ready to be photographed yet." Derviller
says the new traXstar tX.1 is built around his patented mid-engine layout and incorporates many of the principles that were explored in the team's earlier C.90 and the t.94 concept
prototypes. The t.94A, B, C and D cars that ran from 1994 to 1997 are illustrated on page 3.
The innovative traXstar tX.1 owes very little to superlight sports racing car design trends from either side of the Atlantic. It's design weight is 750 lbs (340kg)
and - based on the performance of the 850lb. t.94 car - it has a projected top speed on a road circuit straightaway (not 2 miles of airport runway!) of 160mph (267kph). Engineering
work included windtunnel testing, suspension computer modeling, CAD/CAM, and FEA. The car is entirely 3D modeled in SolidWorks and a variety of native and supplementary FEA tools
were used. Torsional stiffness is in the region of 10,000 ft.lbs/degree and the chassis features substantial rollover and perimeter protection for the driver.
Derviller is reluctant to specify the tX.1's rollout date, because the team has made speed of fabrication secondary to the quality of the car and its supporting
documentation. Following testing, the car will be campaigned in the Canadian "B Sports Racing" and US "D Sports Racing" classes, initially powered by both stock
and race prepared FZR1000 engines.
Contact Peter Derviller at traXstar for more information.
traXstar supercars inc.
#9-2611 37th Ave N.E.
Calgary, AB T5Y 5V7
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Videos from testing at Stratotech Park
June 16, 2003
1.7MB wmv file
Oct. 9, 2002
2.7MB mpeg file
Sept. 24, 2002
3.2MB mpeg file
Article on bodywork
development
Part 1 1.3 MB .pdf file
Part 2 1.2 MB .pdf file
Photos of the early
prototypes on Page 3
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