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- Nov 11, 2013
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Since it is such a popular topic on a classic bike oriented forum...
Is it live or is it a really good vaporware sketch? Apparently, this is a real Triumph TE-1 prototype, and it sure is moody. Of all the major motorcycle manufacturers, Triumph may be the most likely to succeed, as that’s their track record under the ownership of John Bloor: make affordable, attractive high-performance motorcycles that are stone reliable, and they will come. [Triumph]Triumph just announced that it’s getting closer to entering the EV space with Phase 3 development of its Triumph TE-1 e-motorbike. While the British bike manufacturer initially decided to test the waters three years ago, its concept is now taking full form. Triumph handled most of the development in house, including the final chassis design. WAE oversaw most of the electronic components, including the prototype battery pack that will harness the power of “dedicated cell packaging for optimum center of gravity.” Integral Powertrain handled the prototype powertrain, which includes its electric motor with silicon carbide switching tech. The bike is estimated to pump out 174 ponies at peak power. Phase 4 of development is slated to take about six months.
Is it live or is it a really good vaporware sketch? Apparently, this is a real Triumph TE-1 prototype, and it sure is moody. Of all the major motorcycle manufacturers, Triumph may be the most likely to succeed, as that’s their track record under the ownership of John Bloor: make affordable, attractive high-performance motorcycles that are stone reliable, and they will come. [Triumph]Triumph just announced that it’s getting closer to entering the EV space with Phase 3 development of its Triumph TE-1 e-motorbike. While the British bike manufacturer initially decided to test the waters three years ago, its concept is now taking full form. Triumph handled most of the development in house, including the final chassis design. WAE oversaw most of the electronic components, including the prototype battery pack that will harness the power of “dedicated cell packaging for optimum center of gravity.” Integral Powertrain handled the prototype powertrain, which includes its electric motor with silicon carbide switching tech. The bike is estimated to pump out 174 ponies at peak power. Phase 4 of development is slated to take about six months.