Set for MHD6C 2.4GHz techno MHD6C. SVC

Let's explore the features and benefits of this system designed to provide precise and reliable control for hobbyists in the world of modeling.

1. 2.4GHz SVC Technology:
The MHD6C Radio Control System utilizes the 2.4GHz SVC transmission technology to ensure a stable and interference-free connection. This enables precise and responsive control of your model, even in environments where other radio signals might be present.

2. Ergonomic Controller:
The controller included in this system is ergonomically designed for a comfortable grip and extended use without fatigue. Controls are intuitively laid out, making navigation and control easy.

3. Customizable Features:
The MHD6C System offers customization options to tailor control settings to your preferences. You can adjust steering sensitivity, throttle response rates, and other parameters to match your driving style.

4. Compact Receiver:
The included 2.4GHz receiver is compact and easy to install on your model. It ensures a strong connection with the controller and reduces the risk of interference.

5. Extended Range:
The 2.4GHz technology offers an extended range, meaning you can control your model from a distance without signal loss or diminished responsiveness.

6. Versatile Use:
This system is suitable for a variety of radio-controlled models, such as cars, trucks, and boats. Whether you're a beginner or an expert, it provides precise control and an enhanced experience.

7. Easy Installation:
The system is designed for quick and simple installation. The provided instructions will guide you through the process for a hassle-free setup.

8. Reliability and Performance:
The SVC technology ensures reliable communication between the controller and receiver, resulting in consistent and uninterrupted performance.

In summary, the MHD6C Radio Control System with 2.4GHz SVC technology is an ideal choice for those seeking a high-quality radio control system that offers a solid connection, precise control, and an improved modeling experience. Whether you're steering cars, trucks, or boats, this system will empower you to master your model with confidence and enjoyment.

Explanation of SVC Technology in this Radio Control System:

The SVC (Stability Control System) technology is designed to stabilize a radio-controlled vehicle in a manner similar to the Electronic Stability Program (ESP) and traction control systems found in real vehicles. Its goal is to enhance the stability, maneuverability, and control of the radio-controlled model, especially in challenging or slippery driving conditions.

How SVC Technology Works:
The primary objective of SVC technology is to detect and correct disturbances in the motion of the radio-controlled vehicle. It utilizes sensors and sophisticated algorithms to monitor real-time vehicle movements, such as acceleration, deceleration, steering, and wheel rotation speed.

Automatic Stability Correction:
When the SVC technology detects an imbalance or loss of traction, it intervenes automatically to correct the vehicle's stability. This may involve reducing power to wheels that are spinning, adjusting steering to compensate for loss of grip, and overall stabilization of the vehicle by applying specific brakes.

Advantages of SVC Technology:

Improved Stability: Similar to ESP and traction control systems in real vehicles, SVC technology prevents the radio-controlled model from losing control in unstable situations, such as tight turns or slippery surfaces.

Reduced Risk of Tipping: The automatic stability correction prevents excessive or sudden turns that could lead to tipping, keeping the model on a more controlled trajectory.

Precise Control: SVC technology allows the radio-controlled operator to maintain more precise and smooth control, even in challenging conditions, by minimizing skidding and loss of traction.

User-Friendly: For novice drivers, SVC technology can offer an added safety margin, reducing the risk of collisions or accidents during the learning process.

Versatile Use:
SVC technology is particularly beneficial for radio-controlled models used in diverse environments, such as rugged terrains, slippery surfaces, or changing weather conditions. It enables drivers to enjoy a more realistic and fluid driving experience while mitigating stability and control challenges.

In summary, SVC technology is an advanced feature that brings stability and control similar to ESP and traction control systems in real vehicles to radio-controlled models. It enhances safety, maneuverability, and driving enjoyment by helping drivers maintain stability and trajectory, even in challenging conditions.

New MHD6C for cars , trucks, crawlers and boats.

• 6 channel
• Computer
• 2,4Ghz
• Ergonomic
• Easy to use
• Backlight LCD screen
• 20 memory
• 4x AA or 2S Li-Po imput
• Servo reversing
• EPA
• Sub-trims
• Dual rates - Exponential
• ABS
• FailSafe
• 4 wheel steering
• SVC technology for stability