Introduction
When it comes to high-quality and powerful servos for various vehicles like helicopters, fast cars, and crawlers, CM 653 stands out. In this article, we will independently test the torque of the CM 653 servo using our special machine. Not only will we measure its torque, but we will also provide you with audio clips so you can hear the sound it produces. Let’s dive into the torque test results for the CM 653 servo.
The CM 653 Servo: A Torque Test
Torque Test Results
The CM 653 servo is equipped with a cordless motor and is designed as a low-profile servo. It exhibits a torque of 18 kg at 8.4 volts. To get a comprehensive understanding of its performance, we tested the servo at different voltages and recorded the results.
Evaluating at Various Voltages
At 6 volts, the CM 653 servo showcased a pulling capacity of 187 ounce inches. Although this is not the highest pull, it represents the point where the servo stalls out. The average torque at this voltage was recorded to be 181 ounce inches or 13 kg. This makes it ideal for applications like drift cars or small crawlers where precise control is essential.
Moving up to 7.4 volts, the average torque increased to 229 ounce inches. This translates to approximately 16.51 kg centimeters. The CM 653 servo demonstrates consistent and reliable performance even at higher voltages.
Torque Test at Maximum Voltage
At its maximum voltage of 8.4 volts, the CM 653 servo exhibited an impressive torque of 272 ounce inches. This signifies its robust and powerful nature, capable of handling demanding tasks. It’s important to note that our power supply indicates an amp load of 4.45 amps at full pull and stall. This critical information ensures you have the necessary specifications for your setup.
Importance of Multiple Pulls
While most people tend to focus on the first pull, we believe in conducting three pulls during testing. This approach provides a more accurate representation of real-world scenarios. As the servo heats up, its performance may gradually decrease. In our test, the average torque for the three pulls at 7.4 volts was recorded as 229 ounce inches.
A High-Performing Servo for Heavy-Duty Applications
Servos are a crucial component in many devices, providing control and precision movement. When it comes to selecting a servo, finding the perfect balance between strength and speed is essential. In this article, we will explore the performance of three different servos, analyzing their specifications and capabilities. Let’s dive in and see how they fare in various tests.
The KST X Servo: Powerful and Lightning-Fast
The first servo we’ll examine is the KST X. Despite its rather unremarkable name, this servo boasts an impressive claim of 35 kg of strength at 8.4 volts. Not only is it powerful, but it also features brushless technology, making it ideal for high-end, turbo-fast applications. Whether you’re into crawlers, bashers, or helicopters, the KST X is designed to meet your needs.
To put its strength to the test, we conducted a series of pulls. The results averaged out to 30.9 kg centimeters or 431 428 ounce inches at 8.4 volts. However, it’s worth noting that the voltage of your ESC (Electronic Speed Controller) plays a significant role in determining the servo’s performance.
The Impressive Performer at Lower Voltages
Next up, we evaluated the KST X servo at a lower voltage of 7.4 volts. With a load of approximately four and a half amps, the results showed a slightly lower strength of 28.65 kg centimeters or 398 ounce inches. While this may be a reduction from the previous test, it still showcases the servo’s ability to perform admirably even at lower voltages.
For the final test, we pushed the servo to its limits at 6 volts without giving it any time to rest. Despite the challenging conditions, it delivered a result of 23.47 kg centimeters or 326 ounce inches. This reinforces the KST X’s reputation as a sturdy performer, proving its resilience and durability.
A Slightly Lower Claim, but Still Impressive
Although the KST X fell slightly short of its claim of 35 kg, it still managed to meet expectations with a total output of approximately 31 kg. This minor discrepancy does not overshadow the commendable performance and solid construction of this servo. Overall, it remains an excellent choice for individuals seeking a combination of strength and speed in their applications.
Speed: The Key Highlight
Moving on to the next servo, we come across a true beast. This servo may not have a flashy claim of strength, but what it lacks in power, it more than makes up for in speed. In a mere 0.07 seconds, it can rotate 60 degrees, making it one of the fastest in its class. If you require rapid movement and precise control, this servo is certainly worth considering.
When it comes to selecting a servo, it’s vital to consider both strength and speed, depending on your specific requirements. The KST X servo displayed impressive strength, performing well at various voltages, while the speedy alternative showcased its remarkable agility. No matter the application, there is a servo out there to meet your needs. Remember to analyze your requirements and choose accordingly for optimal performance in your devices.
Unlock Ultimate Speed with the Pulse 643
When it comes to speed and performance, the Pulse 643 stands out from the crowd. With a maximum speed of 0.07, this powerful device is sure to impress. Whether you’re using it on your X Max or high-speed car, prepare to be amazed by its capabilities.
Innovation at its Best
One of the reasons we love the Pulse 643 is its innovative design. Unlike many other products on the market, this device is powered by the ESC and/or BAC, rather than being directly powered. This not only simplifies the wiring and switching process but also ensures a consistent and reliable performance.
Impressive Power and Performance
When it comes to power, the Pulse 643 doesn’t disappoint. With a load of 645 on cinches or 46 kg at 7.4 volts, this device is a force to be reckoned with. We pushed it to its limits and it stayed cool throughout, proving itself to be a consistent performer.
Meet the Hobby Wing 1080s
For those seeking high performance, the Hobby Wing 1080s is a great alternative. While it may not match the Pulse 643 in terms of speed, it still delivers impressive results. At 6.5 amps, this device demands a higher load from the Bec or ESC, but it’s worth it for the performance it offers.
Unleashing Power at Six Volts
When tested at six volts, the Hobby Wing 1080s showcased its capabilities. With a lower load of 5.5 amps, it pulled approximately 470, resulting in a tally of 458 ounce inches or 33 kg. While slightly lower than the Pulse 643, it’s still an exceptional performer.
Achieving Ultimate Claims
The Pulse 643 and the Hobby Wing 1080s may have different claims, but they both deliver in terms of power and performance. With the Pulse 643 achieving a remarkable 46 kg and the Hobby Wing 1080s reaching 33 kg, both devices offer the ultimate power you need for your high-speed adventures.
Conclusion
The CM 653 servo proves its mettle in terms of torque capabilities. With a low-profile design and cordless motor, it offers a torque of 18 kg at 8.4 volts. Whether you’re using it for a fast car, a crawler, or a helicopter, this servo delivers consistent performance and reliability. We hope our torque test results have given you valuable insights into the capabilities of the CM 653 servo.
If you’re in search of an adrenaline-pumping experience and maximum speed, look no further than the Pulse 643. With its impressive speed and consistent performance, this device will take your X Max or high-speed car to new heights. Similarly, the Hobby Wing 1080s offers exceptional power and performance, making it a worthy choice for any speed enthusiast. Unlock the ultimate speed and unleash your passion with these remarkable devices.
