Description
The XTI-3674 Inrunner Brushless Motor for 1/8th R/C car is a high-performance motor specially designed for remote control model vehicles, suitable for models in the range from 550 to 1/8 scale. With its excellent power performance and efficient working mode, it has become the first choice for many model enthusiasts and professional racers. The brushless design not only makes the motor run more smoothly but also effectively extends its service life and reduces the trouble of maintenance. Compared with traditional brushed motors, brushless motors have the advantages of less wear, lower noise, and higher efficiency. For model cars, this means higher speeds and longer battery life.
Performance Parameters
Model: XTi-3674
KV Value Range: 3500 ~ 1100
Maximum Voltage: 14V ~ 45V
Maximum Power: 2000W
Maximum Current: 143A ~ 44A
Shaft Diameter and Length: Φ5.0×21 mm
Shaft Diameter: Φ3.17 × Φ5 mm
Weight: 306 grams
Structural Features
Hand-wound Process: The motor adopts a hand-wound process to ensure maximum copper filling, improving the motor’s efficiency and performance.
Precisely Balanced Rotor: The precisely balanced rotor design enhances the motor’s efficiency and power performance.
Nickel-plated Sintered Neodymium Iron Boron Rotor: Using nickel-plated sintered neodymium iron boron material ensures the motor’s maximum acceleration, braking force, and performance under high-temperature conditions.
Mounting Hole Design: The motor has a mounting hole depth of 4.0mm. The stator mounting holes with a diameter of Φ36mm are equipped with 4 M2 threaded holes, making installation and fixation convenient.
Application Areas
1/8 Off-road Vehicles and Monster Trucks: The high KV value version (such as KV3500) is suitable for racing scenarios where extreme speed is pursued, and the low KV value version (such as KV1100) provides ample torque, suitable for climbing and complex terrains.
90 mm EDF: The medium KV value version (such as KV2200) is suitable for electric ducted fan applications, providing efficient thrust and stable performance.
Professional-level Models: Suitable for 1/8 scale vehicles and EDF applications. When paired with a sensorless electronic speed controller above 80A, it can fully exert its performance.
Precautions
Power Adaptation: Ensure that the power supply voltage of the motor is within the range of 14 to 45V to avoid damage to the motor caused by excessively high or low voltage.
Heat Dissipation Measures: When operating under high load or for an extended period, take appropriate heat dissipation measures to ensure the normal operation of the motor.
Installation and Debugging: When installing the motor, ensure that all threaded holes are firmly connected to avoid mechanical failures caused by looseness. Maintenance and Upkeep: Regularly check components such as the motor’s connecting wires and encoder to ensure their normal operation.
Environmental Adaptability: The XTI-3674 Inrunner Brushless Motor for 1/8th R/C car is suitable for dry environments without corrosive gases. Avoid using it in humid or extreme temperature conditions.
If you are interested in the XTI-3674 Inrunner Brushless Motor for 1/8th R/C car or need more product information, please feel free to contact us. We are committed to providing you with high-quality products and services to meet your needs. Whether in automation, robotics, or other high-performance application scenarios, X-TEAM motors can provide you with reliable power support. If you have any questions or need to place an order, please contact us through the following methods:
Telephone: +86-769-85228181
Email: chris@x-teamrc.com
Available for class 550-1/8th scale vehicles
Number of stator slot: 12G 4P
Sensored or sensorless: Sensorless
Diameter of shaft: Φ3.17mm-Φ5mm
Motor size: Diameter 36 / Length 74mm
Stator diameter: Φ34.3mm
Available winding: Delta/Star (△/Y)
Technique:
• Hand-wound for maximum copper fill.
• Precision-balanced rotor will boost the efficiency and power performance of the motor.
• Nickel-plated sintered neodymium rotor for maximum motor acceleration, braking power and performance in high-temperature conditions.
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