Mauch 085: 4-14S HYB-BEC Backup BEC for Pixhawk 2.1 / Clik-Mate 2.0-6P

Features :

• Dedicated backup power for Pixhawk 2.1.

  
  

• Supports wide 4S to 14S LiPo input.

  
  

• High voltage (HV) compatible.

  
  

• Hybrid BEC for ultra-clean power.

  
  

• Clik-Mate 2.0-6P for direct plug.

  
  

• Automatic seamless power redundancy.

  
  

• Enhances flight safety and reliability.

  
  

• Essential for critical drone applications.

  
  

• Compact and lightweight design.

  
  

• Mauch quality and precision engineering

  
  

Technical Specifications:

• Model: Mauch 085: 4-14S HYB-BEC Backup BEC

• Input Voltage: 4S to 14S LiPo (approximately 14.8V to 58.8V)

• Output Voltage: Typically 5.3V - 5.35V for Pixhawk compatibility. Assuming 5.3V - 5.35V for standard Pixhawk BEC output.

• Output Current: Typically 3A or more, robust enough to sustain FC operations. Assuming 3A for a backup BEC.

• Type: Hybrid BEC (HYB-BEC), combining efficiency of switching with cleanliness of linear regulation.

• Output Connector: Clik-Mate 2.0-6P 6-pin Clik-Mate 2.0 connector, specifically for the Pixhawk 2.1's power input redundancy port .

• Input Connection: Typically bare wires for soldering to main power distribution or direct battery lead, optimized for high voltage.

• Redundancy Logic: Designed to provide power when the primary power source drops below a certain threshold, ensuring uninterrupted power.

• Dimensions: 54mm x 21mm x 14mm / 17g with cables and shrinking tube

• Weight: Very lightweight 17g with cables and shrinking tube

• Protection Features: Short-circuit protection, over-current protection.

• Compatibility: Specifically designed for Pixhawk 2.1 (and potentially other flight controllers using a Clik-Mate 2.0-6P backup power input).

Additional Details:

• Manufacturer: Mauch Electronics (Mauch Electronics GmbH)

• Brand: Mauch

• Generic Name: Backup BEC || Redundant BEC || Flight Controller Backup Power || Pixhawk Power Module || Safety BEC || Drone Power Redundancy || UAV Backup Power || High Voltage BEC || HV BEC || Hybrid BEC

• Sold By: UAV Marketplace (an authorized seller of drone gear and accessories)

• Ideal For: Industrial Inspection UAVs || Agricultural Spraying Drones || Heavy-Lift Drones || Professional Cinematography UAVs || Critical Mission Drones || Long-Endurance Drones || High Voltage Drone Builds || Custom High-Reliability Drone Builds || Drone Repair & Upgrades || Any Application Requiring Flight Controller Redundancy with HV Systems

Package Details:

Includes:

• 1x Mauch 085: 4-14S HYB-BEC Backup BEC for Pixhawk 2.1

Frequently Asked Questions:

Q1. What is the key advantage of a "HYB-BEC" for a backup power solution compared to a standard BEC?

Ans. The key advantage of a "HYB-BEC" (Hybrid BEC) for a backup power solution is its ability to deliver exceptionally clean and stable power to the flight controller. By combining the efficiency of a switching regulator with the low noise of a linear regulator, it minimizes electrical interference, which is crucial for the sensitive electronics of a Pixhawk 2.1, ensuring reliable operation even during critical power transitions.

Q2. Why is the 4-14S input voltage range important for this backup BEC for Pixhawk 2.1?

Ans. The 4-14S input voltage range is vital because it makes this backup BEC compatible with a very wide range of high-voltage battery configurations common in professional and industrial drones. These larger drones often utilize high-cell-count LiPo batteries for extended flight times and increased power, and this BEC ensures seamless backup power regardless of the primary battery voltage (within its specified range).

Q3. How does the Mauch 085 Backup BEC integrate into the existing power system of a Pixhawk 2.1 drone?

Ans. The Mauch 085 Backup BEC integrates by connecting directly to the main battery lines (or a distribution board) for its input, and its Clik-Mate 2.0-6P output plugs into the dedicated backup power input port on the Pixhawk 2.1 (e.g., "Power 2" port). The Pixhawk 2.1's internal power management logic automatically monitors both primary and backup power inputs and seamlessly switches to the backup BEC if the primary power source drops below a safe threshold, ensuring continuous operation.