Characteristics of Legged Robots and Their Specific Power Module Requirements

Legged Robots, an important branch of robotics, have attracted attention for their flexibility and stability in complex terrain.
Compared to wheeled or tracked robots, legged robots are better able to cope with uneven terrain, such as mountains, forests, and even ruins.
They mimic the gait of living creatures, maintaining balance and overcoming obstacles through the synergistic action of multiple joints.

Footed robots are robots that use their legs to move around, and are modeled after animals in order to mimic animal locomotion and replicate animal locomotion based on the results of engineering and scientific research.
Footed robots can be divided into single-footed, bipedal, quadrupedal, hexapodal, octapodal and so on according to the number of feet, and different types of footed robots have their own characteristics and application areas.

As footed robots are more and more widely used in the fields of search and rescue, agriculture, construction, etc., how to provide them with reliable power supply has become a key issue.

The special requirements of power supply modules for foot-mounted robots

The special requirements of Foot-mounted Robotic Power Supplies and Components

Power supply modules for foot-mounted robots have to cope with more severe conditions than normal applications, and therefore have special requirements for their performance:

Vibration resistance

Footed robots generate large vibrations during movement, especially when climbing or jumping. This requires power modules with good vibration resistance to ensure that the power supply remains stable even in the case of severe movement, and that vibration does not affect the normal operation of the equipment.

Durability and reliability

Footed robots are often used in harsh environments, such as hot, humid or dusty areas. Therefore, power modules must have strong environmental resistance, including dustproof, waterproof, and high-temperature resistance, to ensure that the robot can still operate stably under extreme conditions.

Endurance

Foot-mounted robots are often required to work for long periods of time without interruption when performing tasks, so the power supply module has high endurance requirements. An efficient power management system can effectively extend the operating time of the robot, reducing the need for mission interruptions and frequent recharging.

Energy efficiency and weight optimization

Footed robots are often required to move for long periods of time in complex terrain, so power modules not only need to be efficient in supplying power, but also need to be as lightweight as possible to minimize the impact on overall weight, thus increasing the robot’s flexibility and energy efficiency.

Recommended power supply modules for foot-mounted robots

To meet these needs, our company offers high-efficiency DC-DC power modules that are ideal for foot-mounted robots. These Robotic Power Supplies modules not only provide excellent shock resistance and durability, but are also optimized for longer life and stability.

Our recommended Robotic power supplies offer the following key features:

High Efficiency: Our DC-DC power modules have high conversion efficiencies that minimize energy loss and extend the operating time of footed robots in complex outdoor tasks.

Stability: These modules have excellent anti-jamming ability, and can still maintain a continuous and stable power supply in strong vibration environments, adapting to a variety of harsh conditions.

Durability: Dustproof and waterproof design, suitable for use in harsh outdoor environments, ensures that footed robots can operate efficiently in a wide range of complex terrain.

10W-150W DC/DC Robotic Power Supplies

• Installation method of the machine shell
• Installation with guide rail
• Efficiency up to 90%
• Maximum output power of 150W
• Operating temperature range: -40℃ to +85℃
• No-load power consumption, low radiation interference, ripple noise less than 1%Vo
• High isolation withstand voltage of 1500V DC or 800V AC
• Certified and designed to be environmentally friendly, compliant with RoHS directive.

The TDC Series DC-DC Power Modules feature isolated and regulated single-output with an efficiency of up to 90%. These modules offer a high isolation voltage of 1500VDC and can operate in a wide temperature range from -40℃ to +85℃.

Additionally, they include input undervoltage protection, as well as output overvoltage, overcurrent, and short circuit protection. Widely used in robotics, drones, railway equipment, medical devices, industrial control, power systems, and telecommunications, these DC-DC power modules ensure reliable performance in demanding applications.

Here is the installation chart of DC-DC Robotic Power Supplies

CHONDA TECHOLOGY offers efficient, stable and durable DC-DC Robotic Power Supplies that are ideal for achieving superior performance in these areas.
By providing reliable power to your robots, you can ensure that your equipment will operate efficiently in demanding conditions, providing a strong guarantee of mission success.

If you are interested in our products, please contact us for more details.