Nimrod NT Blackbird 26K CNC Motor Short

The Nimrod NT Blackbird 26K CNC Motor Short is a high-quality short-type motor that excels in pulling power, durability and versatility. Thanks to its high TPA (Turns Per Armature), this motor is capable of easily driving virtually all common AEG springs — from standard to heavy configurations. This makes it ideal for both high-speed gear sets and DSG builds where controlled power is essential.

Key features

This motor runs at a speed of 26,000 RPM at 11.1V, making it a powerful and responsive choice for players who want to combine speed with reliability. The heat-resistant magnets (up to 150°C) and the armature with integrated cooling system and 0.8 mm winding wire ensure consistent performance under high loads.

The CNC-milled endbell increases structural stability and bearing fit, while the cooling port close to the endbell ensures effective air circulation without the risk of damage in the event of internal defects. The pinion gear is manufactured using MIM technology, features a D-shaped fit and offers strong, efficient power transmission that is easy to replace when necessary.

• 26,000 RPM @ 11.1V – ideal for builds where response time counts
• High TPA – powerful pulling force, even with M110+ springs
• Suitable for 18:1 / 16:1 / 13:1 / 12:1 / DSG setups
• CNC-milled endbell & ventilation port – better fit, cooling and durability
• MIM D-type pinion gear – wear-resistant, replaceable and power-oriented
• Heat-resistant magnets up to 150°C – for long-lasting performance

Why choose the Nimrod NT Blackbird 26K CNC Motor Short?

This motor offers the ideal balance between speed and pulling power and is built for AEG builds where reliability under high loads is crucial. Whether you're running a DSG configuration or working with a high-speed transmission, the NT Blackbird 26K offers controlled power, efficient cooling and a robust finish in a compact size.

Get the most out of your AEG with the Nimrod NT Blackbird 26K CNC Motor Short – built for pulling power, made for performance.