Broadcasting, Audio, and Video Cases: A Complete Guide

A broadcast engineer for a regional TV station in Denver was driving to a remote satellite uplink site with a $14,000 microwave transmitter in the back of his truck. On a mountain road with snow and ice, he hit a patch of black ice and the truck slid into a ditch. The transmitter was in a standard road case with foam padding. When he opened the case at the site, the transmitter was fine — but the case had cracked across the bottom panel, and one caster had snapped off. The gear survived, but the case didn’t. He couldn’t wheel it the last 50 meters from the truck to the uplink site. He ended up carrying it between two engineers, with the transmitter still inside a broken case. A $280 case failure turned into a 90-minute delay on a live remote broadcast.

Broadcast, audio, and video equipment exists in a brutal transport environment. A typical field production case gets loaded and unloaded from trucks, stacked in equipment rooms, wheeled across parking lots and grass fields, and sometimes thrown into aircraft cargo holds. The gear inside — cameras, lenses, switchers, monitors, transmitters, audio interfaces — is often worth $50,000 to $200,000. The case that protects it should be engineered for that reality, not for a studio shelf.

What Actually Happens to Broadcast Cases in the Field

After building cases for broadcast and production companies for over a decade, we’ve seen every failure mode. Here’s the data:

• Caster and wheel failure (28%) — The #1 failure point on any rolling case. Standard injection-molded wheels crack on rough ground, bearings seize in cold weather, and casters pull out of the case base. For field work, you need 100mm+ rubber or polyurethane wheels with sealed bearings and reinforced mounts.
• Corner and panel cracks (24%) — Road cases take impacts that consumer cases aren’t designed for. A case dropped off the back of a truck at 0.5m onto asphalt doesn’t just scratch — the panel flexes, the corner joints flex, and eventually something cracks. Standard 3mm aluminum panels work for studio use but not for field touring.
• Foam compression and equipment shift (18%) — Production cases get opened and closed dozens of times per project. The foam compresses, the equipment starts moving, and eventually a connector gets bent or a lens gets bumped. Pluck foam compresses faster than CNC-machined EVA.
• Latch and handle failure (12%) — Cases that weigh 30-80kg get yanked, dropped, and slammed. Standard draw latches wear out. Handles pull out. The handle-to-case joint is critical — it needs to be bolted or welded, not riveted.
• Hardware rust and corrosion (9%) — Outdoor shoots mean rain, sweat, humidity. Zinc-plated hardware rusts. After a season or two, latches get stiff, hinges squeak, and labels fall off. Stainless steel hardware costs more upfront but eliminates this problem.
• Cable and connector damage (9%) — XLR, BNC, HDMI, SDI, and fiber connectors all protrude from equipment. Without proper foam recesses, they get crushed or bent when the case is closed or stacked.

Case Study: Remote Production Truck Kit Standardization

Camera and Lens Protection: The Details Matter

Camera gear is the most damage-sensitive equipment in any production kit. A cinema lens can cost $8,000-$25,000, and a blemish on the front element or a knocked element alignment can mean a trip to the factory for recalibration. Key protection requirements:

• Lens cavities — Each lens needs its own CNC-machined EVA cavity with the lens held by the barrel, not by the front or rear element. The foam should have 10mm clearance over the front element so the case lid doesn’t press on the glass
• Body cavities — Camera bodies need their own cavities with space for the battery grip and viewfinder. Don’t try to pack a body with its lens attached — the lens mount is a weak point
• Monitor protection — External monitors have fragile LCD panels. The foam should have a recess over the screen, and the lid should have a foam pad that contacts the camera body, not the monitor
• Battery management — Batteries should be in individual labeled slots, not loose in a compartment. A loose battery rolling around in a case can damage a lens or scratch a camera body
• Filter and accessory organization — ND filters, polarizers, and other glass accessories need individual padded slots. A scratched $500 ND filter is an expensive mistake caused by sloppy packing

Audio Equipment Protection

Audio gear has its own vulnerability profile. Mixers, recorders, and wireless mic systems are precision instruments with faders, knobs, and connectors that can be damaged by compression or impact:

• Fader and knob protection — If the mixer has faders protruding from the surface, the foam lid needs clearance so nothing presses on the faders during transit. Pressed faders can stick or go out of calibration
• Wireless mic receivers — Antenna connectors are fragile. Each receiver needs a foam cavity with antenna protection, or antennas should be removed and stored separately
• Headphone protection — Headphones should be in a dedicated compartment with the ear cups supported. Don’t just toss them in with cables
• Cable organization — XLR and TRS cables should be coiled (not rolled) in divided compartments. Tangled cables are a setup-time killer and can damage connectors

Specification Guide: Broadcast and Production Cases

Case Weight and Transport Considerations

Broadcast cases have a weight problem. A fully loaded camera case can weigh 25-35kg. An audio mixer case can weigh 40-60kg. When you’re loading gear from a truck to a remote location, every kilogram matters. Key considerations:

• ATA/300 shipping standards — If you’re shipping cases by air freight or cargo, they need to meet ATA Spec 300 Category 1 standards. This includes drop tests, vibration tests, and stacking tests. A case that survives field use doesn’t necessarily survive airline cargo handling
• Check airline baggage limits — Most airlines charge overweight fees above 32kg. If your case exceeds this, you’re paying $200-500 per flight in excess baggage fees. Design cases to stay under 32kg packed, or use two smaller cases instead of one large one
• Stacking strength — Equipment rooms stack cases on top of each other. A field case should support at least 4x its own weight on the lid without deforming. This is another reason 5-6mm panels are preferred for field use
• ID and labeling — Every case should have an engraved aluminum ID plate with case number, contents list, and handling instructions. Adhesive labels fall off. Engraved plates survive for years

We’ve built cases for network TV affiliates, streaming production companies, live event producers, and corporate AV teams. The common thread is always the same: the case has to survive the truck, the parking lot, the grass field, and the aircraft hold — while the equipment inside survives untouched.