High Precision Helical Gear Set for Electric Vehicle Model Transmission System

Product Specification

Electric Vehicle Model Gear

Electric vehicle model gears are precision gear components used in RC cars, electric model vehicles, and miniature transmission systems. They are designed for motor power transmission, speed control, and torque output. Manufactured from high-quality metal or engineering plastic materials with precision machining processes, these gears feature smooth transmission, low noise, excellent wear resistance, and long service life, meeting the requirements of high-speed and high-precision applications.

Product Features

• High precision tooth profile design.
• High strength and wear resistance.
• Smooth operation with low noise.
• Lightweight design.
• High transmission efficiency.
• Customizable production.

Technical Parameter Table

Main Applications

• Used in RC electric cars, racing models, and off-road vehicles for power transmission and speed control.
• Applied in children's electric vehicles, smart toys, and miniature drive systems.
• Used in robot joints, miniature actuators, and precision motion mechanisms.
• Suitable for gearboxes, motor drive units, and DIY electric model projects.
• Used for reducing speed, increasing torque, and improving transmission stability.

Product Advantages

• Stable and reliable transmission.
• Excellent wear resistance and long service life.
• High efficient power transmission.
• Low noise operation.
• Lightweight structure.
• High machining accuracy.
• Customized solutions available.

Production Process

• Select suitable engineering plastics or metal materials according to product performance requirements.
• Design the gear structure and manufacture precision molds to ensure dimensional accuracy.
• Produce gears through injection molding, CNC machining, gear hobbing, and other precision processes.
• Improve wear resistance and service life through hardening, surface strengthening, polishing, and other treatments.
• Inspect tooth profile accuracy, dimensions, and operating performance before professional packaging and shipment.

Cautions

• Avoid exceeding the rated load to prevent tooth wear or gear damage.
• Ensure proper shaft fitting, center distance, and gear meshing clearance during installation.
• Select suitable lubrication methods according to material and operating conditions to reduce friction and wear.
• Avoid prolonged high-temperature operation to prevent material degradation.
• Regularly check gear wear, noise, and operating conditions, and replace damaged parts when necessary.
• Choose the proper gear specifications based on motor power, speed, and torque requirements.

Why Choose us?

• 7-axis CNC Grinding: We adopt high-precision 7-axis CNC grinding machines, holding tolerances as tight as ±5μm, ensuring gears run quietly, smoothly and with outstanding durability.
• Strong technical expertise: Our core R&D team includes doctoral and master’s professionals specializing in spiral bevel gear technology, providing strong technical support for complex projects.
• Rigorous testing & high precision: All gears undergo 100% inspection with Gleason metrology systems. We can achieve DIN 6 grade accuracy with strict control over tooth profile and direction errors, keeping our quality at the industry-leading level.
• High transmission efficiency: Our gear designs support a single-stage reduction ratio of up to 300:1, with actual transmission efficiency reaching over 95%, greatly improving energy utilization.
• Excellent durability & cost efficiency: Our gears deliver 40% lower lifecycle cost and a failure rate below 0.5%, ensuring stable long-term operation and reduced maintenance costs.
• Fast response & short lead time: Supported by our digitalized production process, we are able to shorten the delivery cycle to only 20 working days, helping you accelerate project development and launch.
• Professional custom design capability: We provide fully customized gear solutions for applications requiring high-reduction, high-speed, heavy-load, low-noise, and special small-tooth profiles, based on your actual working conditions.