MAST TATTOO Racer Pro Wireless Tattoo Gun Kit – Precision Lining & Shading, 4.2mm Stroke, 3-140Hz

Elevate your tattooing with the Mast Tattoo Racer Pro

The Mast Tattoo Racer Pro wireless kit merges power, control, and portability to support both precise lining and smooth shading. Powered by the Mcore-Pro motor, it delivers notably more torque than standard motors while keeping a whisper-quiet profile that helps you stay focused during long sessions.

Power, precision, and consistent performance

The 4.2 mm stroke penetrates evenly, helping bold lines sit cleanly on the skin while blending large areas with soft transitions. A high-resolution display continuously tracks frequency and voltage, so you can adjust on the fly and maintain a steady needle drive for micro-details or traditional work.

• 40% more torque than standard motors for confident, steady performance
• Low-frequency stability to maintain consistent drive force
• Compact, well-balanced frame reduces hand fatigue during extended sessions

Efficiency that supports your workflow

Charge times and runtime are designed to keep you moving. The kit includes a 1520 mAh battery that recharges quickly, with rapid-charge tech that can deliver up to an hour of use from just a few minutes on the charger. This helps reduce interruptions during critical sessions and keeps your momentum intact.

• 40-minute full charge enables quick top-ups
• 1 hour of runtime from a 5-minute charge

Flexibility you can rely on

The Racer Pro is compatible with all standard cartridge needles, giving you the flexibility to adapt to different styles and preferences without changing tools. Its professional-grade design emphasizes balance, control, and a smooth, vibration-minimized experience for steady lining and shading.

With dual batteries and a modular, portable form, this kit is built to fit into varied studio setups and on-the-go sessions. While results depend on technique and practice, the Racer Pro aims to offer consistent power delivery, ergonomic comfort, and reliable operation across tasks.