Broadcast Equipment Cases: A Buyer's Guide for ENG and Studio Crews

Broadcast gear is expensive, heavy, and unforgiving when it gets dropped. The right broadcast equipment cases turn a fragile kit into something a two-person crew can throw in a van, fly across the country, and roll onto a set without a second thought. This guide covers what to buy, how to size it, and when a stock case is enough versus when you should spec a build.

What counts as a broadcast equipment case

A broadcast equipment case is any ATA-rated case built to move production gear safely and repeatedly. The term covers a wide spread, because a broadcast kit is not one thing. It is a rack of signal gear, a few camera bodies and lenses, a monitor or two, lighting, stands, and a tangle of cable. Each of those wants a different case, and the difference between a crew that loses gear and one that does not usually comes down to whether each item travels in a case designed for it.

The dividing line is construction. A padded bag is fine for a short hop in a controlled vehicle. An ATA case is built for the abuse case: stacked in a cargo hold, dropped off a tailgate, rolled over broken pavement. For anything you bill against, that is the standard you want.

The core kit ENG and studio crews move

ENG (electronic news gathering) and studio crews carry overlapping but distinct loads. ENG is mobile and fast: a camera, a few lenses, batteries, a small recorder or transmitter, a field monitor, and a compact rack for live transmission. Studio crews move heavier setups: multi-rack signal chains, larger reference monitors, lighting kits, and the cabling to tie it all together. Here is how the common gear maps to case types, so you can build a case list instead of guessing one at a time.

The signal chain is the heart of most broadcast kits, which is why crews start with the rack. A set of rack-mount ATA cases sized in standard U heights keeps your switchers and processing gear bolted to the rails so nothing shakes loose in transit. For a once-a-week ENG rack, a 1/4" ply build keeps weight down; a studio rack that lives on a truck wants the 3/8" heavy-duty shell, like a 12U deep heavy-duty rack case with room behind the rails for cabling and power.

Monitors are the next priority, because a panel is the easiest thing on a cart to crack. Cases built around the display, like the range of flat-screen transport cases, hold the screen by its frame and keep pressure off the glass. If you are not sure how panel inches translate to a case, the Gravix sizing guide for flat-screen cases from 32 to 80 inch displays breaks down the fit math.

ATA-300 construction and why it matters

ATA-300 is the spec that defines whether a case is truly road-ready. It was written by the Air Transport Association to set a minimum for cases that survive repeated airline shipping, and it has become the shorthand for serious case construction across touring and broadcast. When a case is built to ATA-300, it means the plywood, hardware, and corners are rated to take repeated impacts without failing.

In practice, that translates to a few concrete features. The shell is laminated plywood, not particleboard, banded with extruded aluminum at the seams. Corners are reinforced with steel ball corners that take the hit instead of the panel. Latches are recessed so they do not snag or pop open under load, and handles are spring-loaded and set into the case so nothing protrudes to catch on a doorframe. Gravix builds to this standard and backs it, which is worth checking against the Gravix warranty policy before you commit a fleet to one build.

For broadcast specifically, the value is consistency. A case that holds spec means you can stack, strap, and ship the same way every time, which is what lets a crew move fast.

Sizing your cases: racks, screens, and odd gear

Sizing is where most case purchases go wrong. Buy too big and your gear rattles around in dead space; buy too tight and you cannot get a cable to the back panel. Each case type has its own sizing logic.

Rack cases

Rack cases are measured in U (1U equals 1.75 inches of rail height) and in rail depth. Count your gear in U, then add a little headroom for vent space and future additions. Depth matters as much as height: a switcher with deep connectors and a power strip behind it needs an 18 inch or 24 inch deep case, not a shallow effects-rack shell. Get the depth wrong and you will be fighting cable strain on every patch.

Screen cases

Screen cases are sized to the diagonal and, just as importantly, the bezel and stand profile. A 55 inch panel with a chunky frame needs more interior than its raw diagonal suggests. Measure the panel with any permanently attached feet or handles, then pick a case rated for that range rather than the bare screen size.

Odd and fragile gear

Cameras, lenses, and field kits rarely fit a stock interior. This is where a utility trunk with cut foam or a fully custom case earns its keep. Cable and accessories travel best in a dedicated trunk, and a wheeled cable trunk with adjustable shelves keeps stingers and spares organized instead of crushed at the bottom of a bigger case. Browse the cable and equipment trunk range if your cable load is currently riding loose.

Foam interiors that actually protect cameras

For broadcast, foam is not a nicety, it is the difference between a camera that survives a drop and one that comes out of the case with a bent mount. There are three foam approaches worth knowing.

Convoluted (egg-crate) foam in the lid is good for general cushioning and holding light items in place. Layered pick-and-pluck foam lets you tear out cubes to rough-shape a pocket for each item, which works for kits that change. CNC-cut foam is the gold standard for valuable gear: the interior is machined to the exact outline of each body, lens, and battery, so nothing shifts. For an ENG camera and lens set, CNC-cut foam is what keeps the optics aligned trip after trip.

One caution: foam that is too soft will bottom out under a heavy item and stop absorbing shock. Match foam density to weight. A heavy camera body wants a firmer foam base with a softer top layer, not a single soft block that compresses flat on the first impact.

Casters, latches, and hardware that survive load-in

Hardware is where cheap cases quietly fail. The shell can be perfect, but if the casters seize or a latch shears off, the case is dead weight. A few things to check before you buy.

Casters should be sized to the load and the surface. A heavy studio rack on small wheels will fight you on every threshold; 4 inch casters with a braked pair roll over rough load-in routes far better. Latches should be recessed butterfly or twist latches that sit flush, so they do not catch or pop under a strap. Handles should be spring-loaded and set into the case face. And on anything that flies, make sure the case has a valance (the tongue-and-groove lip where lid meets base) that seals out dust and water.

Broadcast crews who respond to breaking situations should also look at the heavier emergency response case builds, which are engineered for rugged field deployment where the case may be set down on gravel, mud, or a tailgate rather than a clean studio floor. And if your kit includes playout machines or control laptops, a dedicated computer and laptop case protects the one component most likely to take a knock during setup.

Stock versus custom: when to spec a build

Plenty of broadcast gear fits a stock case. Standard rack heights, common monitor sizes, and general utility loads are well served by off-the-shelf builds, and buying stock is faster and cheaper. There is no reason to custom-order a case for a 12U rack of standard gear.

Custom earns its cost when the gear is the problem. Spec a build when you have an odd-sized item that no stock interior fits, when you want CNC-cut foam machined to a specific camera and lens kit, when you need to combine several pieces into one travel case, or when you want branded panels for a crew or facility. Because Gravix builds to spec, a custom case is not a special exception, it is the normal path for anything that does not match a catalog size. Crews running live event broadcasts at exhibitions also tend to order purpose-built cases, and the trade show and display case range shows how display-and-transport hybrids get configured for that environment.

The honest rule: if your gear fits a stock size cleanly, buy stock. The moment you are reaching for foam blocks to make a stock case work, a custom build will protect the gear better and usually cost less than replacing what the wrong case let break.

Frequently asked questions

What is the difference between an ENG case and a studio case?

ENG cases prioritize portability for mobile field crews, so they often use lighter 1/4 inch ply builds and compact footprints you can grab fast. Studio cases prioritize protection for heavier, more permanent setups, so they lean on 3/8 inch heavy-duty shells and larger rack and screen sizes. The gear and the duty cycle decide which way you go.

Do broadcast equipment cases need to be ATA-300 rated?

If the gear ships, flies, or moves repeatedly, yes. ATA-300 sets the construction standard (laminated ply, aluminum banding, ball corners, recessed hardware) that survives airline handling and repeated load-ins. For gear that only moves occasionally in a controlled vehicle, a lighter case can be enough, but anything billable should travel ATA-rated.

How do I size a rack case for broadcast gear?

Count your gear in rack units (1U equals 1.75 inches) and add a little headroom for vents and future additions. Then check rail depth: deep connectors and rear power strips need an 18 or 24 inch deep case, not a shallow effects-rack shell. Getting depth right is what prevents cable strain at the back panel.

What foam should I use for cameras and lenses?

CNC-cut foam is best for valuable optics, because the interior is machined to each item's exact outline so nothing shifts. Layered pick-and-pluck foam works for kits that change. Match foam density to weight: a heavy camera body wants a firmer base with a softer top layer, not a single soft block that compresses flat on impact.

When should a crew order a custom case instead of buying stock?

Order custom when gear is odd-sized, when you want foam machined to a specific camera and lens kit, when you need several pieces combined into one case, or when you want branded panels. If your gear fits a stock size cleanly, buy stock. The moment you are stuffing foam blocks to make a stock case work, a custom build will protect the gear better.

Can one case carry both my cabling and accessories?

Yes, a utility or cable trunk with adjustable shelves keeps stingers, adapters, and spares organized in one wheeled case rather than crushed at the bottom of a larger one. For heavy cable loads, a dedicated cable trunk separates the rough, dirty gear from your delicate electronics, which extends the life of both.