• The best shock and vibration protection available.
• Protection for equipment from 20-340 lbs.
• Equipment typically will have 15-30 G fragility

Ideal for rack mountable precision test, electro-mechanical, medical and biological diagnostic equipment, memory storage devices, meteorological instruments, mobile operations, broadcast and video gear, laboratory equipment, aerospace instrumentation, servers, military mission planning, command and control equipment, and flight simulators.

• A space-saving, lightweight case with a removable rack option.
• Protection for equipment from 20-200 lbs.
• Equipment typically will have 40-70 G fragility.

Ideal for field-deployed equipment and sheltered applications. Typical uses include control consoles and panels, radar and microwave antennas, solid-state circuit electronics, or radio, TV and communications equipment.

Mobile, Accessible, Compact (MAC) Rack Cases

• Ideal for semi-ruggedized equipment that requires good shock and vibration protection in a light, compact case.
• Protection for equipment from 20-200 lbs.
• Equipment typically will have 50-80 G fragility.

Ideal for field-deployed and sheltered applications. Typical uses include solid-state circuit electronics, radar and microwave antennas, control consoles and panels, or radio, TV and communications equipment.

• 24" (61 cm) Rugged steel rack frame with 10-32 threads designed to meet ANSI/EIA 310-C.
• Rack designed for applications up to 100 lbs. (45 kg) of equipment with a typical fragility rating of 40-80 G.
• Shock mounts provide 2" (5.1cm) of sway space to isolate equipment - 2" (5.1cm) lid and 5" (12.7cm) lid with edge casters

• Lightweight, space-efficient, front and rear opening transport container (not a shock mounted/cushioned rackmount system) for field ruggedized equipment.
• Designed for equipment up to 75 lbs.
• Equipment typically will have 80-120 G fragility.
• Rugged 18” deep cases with aircraft aluminum frame suspended on plastic fins to protect your gear from direct impact transmission.
• Often used for field-deployed amplifiers and electronic, medical or testing equipment components.