Description

XNova T1204 FPV Toothpick Racing Series Motors

Unleash Raw Power and Precision with XNova T1204 Motors

Elevate your FPV drone racing game with the XNova T1204 FPV Toothpick Racing Series Motors, engineered for the serious pilot who demands speed, agility, and reliable performance. Designed specifically for toothpick-style drones, these high-performance brushless motors deliver the perfect combination of thrust and efficiency, ensuring lightning-fast acceleration and sharp cornering control. With multiple KV ratings—4000KV, 5000KV, and 6000KV—you can customize your build for just the right balance of power and speed.

Whether you're tearing through tight indoor tracks or carving through open spaces, the XNova T1204 series motors provide the nimble maneuverability needed to outpace the competition. Built to withstand the rigors of high-speed FPV racing, these motors deliver both punch and durability, giving you confidence from the start gate to the finish line.

Key Features:

• High Performance : Optimized for toothpick racing drones, providing powerful thrust and responsive handling.
• Multiple KV Options : Choose from 4000KV, 5000KV, and 6000KV variants to fine-tune your drone's power output and speed.
• Durable Build : Crafted with quality materials to ensure longevity and performance under high-stress racing conditions.
• Lightweight Design : Weighing in at just 6 grams per motor, they offer a superb power-to-weight ratio for quicker response times.
• Smooth Flight Experience : Enhanced stator and magnet technology minimize vibrations, ensuring smoother, more stable flights.

Specifications:

• Stator Diameter : 12 mm
• Stator Height : 4 mm
• KV Rating Options : 4000KV / 5000KV / 6000KV
• Motor Weight : 6 g (without wires)
• Shaft Diameter : 1.5 mm
• Mounting Pattern : 9x9 mm
• Input Voltage : 2S-3S Lipo

What's in the Box?

• 1 x XNova T1204 FPV Toothpick Racing Motor

Note: Accessories included may vary based on availability.

Pros and cons

• Sustainably produced
• Ideal for everyday use
• May discolor in direct sunlight