BRADY Hard Case for DJI Matrice 210 and M210 RTK Drones - Crushproof, Dustproof, Custom Foam, Black

Field technicians and drone operators transporting DJI Matrice 210 or M210 RTK aircraft to remote industrial sites need a rugged, reliable case that can withstand the rigors of transit. The BRADY Hard Case for M210 and M210 RTK is engineered to shield your drone from impacts, dust, and moisture, ensuring it arrives mission-ready. Its custom-cut foam interior cradles the drone body, batteries, and essential accessories, preventing movement and scratches during rough handling. The case features a crushproof shell, pressure equalization valve, and secure latches, making it suitable for air travel and demanding industrial environments.

Key specifications

• Compatible with DJI Matrice 210 and M210 RTK drones
• Custom foam insert for drone, TB50/TB55 batteries, and accessories
• Crushproof and dustproof construction
• Pressure equalization valve for altitude changes
• Secure, easy-to-open latches
• Durable black exterior
• Internal dimensions: 150 x 100 x 60 mm
• Weight: 0.25 kg

Why choose it

This hard case offers maximum protection for your investment. Unlike soft bags, it shields against drops, compression, and environmental hazards. The custom foam keeps every component in place, reducing the risk of damage during rough handling. Its compact size and light weight make it easy to carry, while the rugged build ensures long-term durability.

Ideal use cases

• Industrial inspection teams transporting drones to power plants, construction sites, or mines
• Search and rescue operations requiring quick deployment in harsh conditions
• Professional drone service providers needing reliable transport for client jobs

Good to know

The case is designed specifically for the DJI Matrice 210 series, ensuring a precise fit for your drone and its accessories. It is not compatible with other drone models. The pressure equalization valve automatically adjusts internal pressure during altitude changes, protecting the case and its contents during air travel.