40Kg High Torque RC Servo With Metal Gear Digital HV 6.8V 180 Degree Swing For One-Eighth And One-Tenth Scale RC Cars Fast Response Precise Control Durable Aluminum Machined Gear
✔️ 45kg.cm torque at 6.8V, 180-degree swing, precise control for 1/8 and 1/10 RC cars
This is a digital RC servo designed for controlling movements in remote-controlled vehicles. It's commonly used in one-eighth and one-tenth scale RC cars to handle steering, throttle, or other mechanisms that need quick and accurate responses on tracks or off-road adventures.
✅ 45kg.cm stall torque at 6.8V for strong power in demanding conditions✅ Speed of 0.17 sec/60° at 6.8V for rapid response during races
✅ Metal gears with aluminum construction for enhanced durability and heat dissipation
✅ Compact size of 40 x 20 x 40.5 mm, weighing 60g, ideal for standard RC setups
✅ Operates on 4.8 to 6.8V DC, with a working frequency of 50-333Hz for reliable performance
💡 Why do RC enthusiasts need high-torque servos for vehicle control? High-torque servos are key for handling the stress of high-speed maneuvers in RC cars, offering better reliability than basic models. - Boosts precision in steering and throttle for smoother handling on rough terrain - Handles heavier loads without slipping, extending the life of your RC setup - Improves overall vehicle response times compared to low-torque options - Ensures consistent performance in competitive racing scenarios
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40Kg High Torque RC Servo With Metal Gear Digital HV 6.8V 180 Degree Swing For One-Eighth And One-Tenth Scale RC Cars Fast Response Precise Control Durable Aluminum Machined Gear
40Kg High Torque RC Servo With Metal Gear Digital HV 6.8V 180 Degree Swing For One-Eighth And One-Tenth Scale RC Cars Fast Response Precise Control Durable Aluminum Machined Gear
✔️ 45kg.cm torque at 6.8V, 180-degree swing, precise control for 1/8 and 1/10 RC cars
This is a digital RC servo designed for controlling movements in remote-controlled vehicles. It's commonly used in one-eighth and one-tenth scale RC cars to handle steering, throttle, or other mechanisms that need quick and accurate responses on tracks or off-road adventures.
✅ 45kg.cm stall torque at 6.8V for strong power in demanding conditions✅ Speed of 0.17 sec/60° at 6.8V for rapid response during races
✅ Metal gears with aluminum construction for enhanced durability and heat dissipation
✅ Compact size of 40 x 20 x 40.5 mm, weighing 60g, ideal for standard RC setups
✅ Operates on 4.8 to 6.8V DC, with a working frequency of 50-333Hz for reliable performance
💡 Why do RC enthusiasts need high-torque servos for vehicle control? High-torque servos are key for handling the stress of high-speed maneuvers in RC cars, offering better reliability than basic models. - Boosts precision in steering and throttle for smoother handling on rough terrain - Handles heavier loads without slipping, extending the life of your RC setup - Improves overall vehicle response times compared to low-torque options - Ensures consistent performance in competitive racing scenarios
Original: $39.59
-65%$39.59
$13.86Product Information
Product Information
Shipping & Returns
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Description
✔️ 45kg.cm torque at 6.8V, 180-degree swing, precise control for 1/8 and 1/10 RC cars
This is a digital RC servo designed for controlling movements in remote-controlled vehicles. It's commonly used in one-eighth and one-tenth scale RC cars to handle steering, throttle, or other mechanisms that need quick and accurate responses on tracks or off-road adventures.
✅ 45kg.cm stall torque at 6.8V for strong power in demanding conditions✅ Speed of 0.17 sec/60° at 6.8V for rapid response during races
✅ Metal gears with aluminum construction for enhanced durability and heat dissipation
✅ Compact size of 40 x 20 x 40.5 mm, weighing 60g, ideal for standard RC setups
✅ Operates on 4.8 to 6.8V DC, with a working frequency of 50-333Hz for reliable performance
💡 Why do RC enthusiasts need high-torque servos for vehicle control? High-torque servos are key for handling the stress of high-speed maneuvers in RC cars, offering better reliability than basic models. - Boosts precision in steering and throttle for smoother handling on rough terrain - Handles heavier loads without slipping, extending the life of your RC setup - Improves overall vehicle response times compared to low-torque options - Ensures consistent performance in competitive racing scenarios
