Description

TALARIA X3 CONCEPT

Description

TALARIA X3 CONCEPT

Now “Heavyweight” American edition…extra beefy seat subframe for 250-pound rider max. Talaria X3 Concept

• 40ah (38.4 nominal) 60 volt battery with 21700 LG cells (2400 watt hours)
• 6500 watts special edition
• 95% efficient IPM motor (Sting R motor)
• 17 inch Super Moto wheels
• 4 piston hydraulic brakes
• giant 220mm brake rotors front and back
• Bright headlight with 3 position switch for high beams etc
• 125 pounds
• Talaria Factory Fork front and rear
• Regenerative braking 4 levels
• Max rider weight 220 pounds

This innovative new bike provides legendary Talaria performance in a compact form factor for an incredibly low introductory price. This bike, which is small and nimble (like a mountain bike) rather than large and bulky (like a motorbike), will attract less attention while being easy to maneuver and enjoyable to ride.

BATTERY

By removing the rear wheel and releasing the fast release on the rear suspension, the built-in battery of the Talaria X3 Concept may be removed in about five minutes. The maximum is 40 ah, 38.128 LG M-50 21700 cells in 16s8p configuration make up the 4ah nominal battery. Compared to the most recent Sur-Ron X, its 2400 watt hours and effective IPM motor should offer a longer effective range.

We are quite thrilled about the updated motor on this bike, which is the same motor as in the Talaria Sting R. This is a Talaria Built IPM (Interior Permanent Magnet) motor with larger and better magnets and a considerably superior construction than the original Sting. This means higher efficiency, better heat dissipation, and, most significantly, greater reliability than the original motor. The most common reasons of motor failure in the Sting/Sur-Ron were loose magnets or demagnetization, as well as loose hall sensors. This motor also contains a magnetic encoder, eliminating the requirement for hall sensors. If you ever replace this bike with a more powerful controller, this motor can handle far more power than the factory motor, and because it is more efficient, you will get more power out of it. This motor will also perform at greater RPMs than earlier motors, providing a more robust power curve.