Aluminum Cases for Film and Video Production: A Complete Buyer’s Guide

Why Film and Video Production Equipment Demands Custom Cases

Film and video production is a logistics-intensive industry. A single feature film or commercial production transports $100,000-$1,000,000+ worth of equipment between locations every day. Camera bodies, lenses, lighting fixtures, audio equipment, monitors, stabilizers, drones — everything has to arrive at the set, work perfectly during the shoot, and get packed up for the next location. And it all happens on a tight schedule: call time at 6AM, first shot at 8AM, wrap at 8PM, move to the next location the next morning.

We surveyed 52 film production companies, rental houses, and videographers across the US, Canada, and UK in 2024:

Equipment Category	Average Value	Annual Transport Damage Cost	Most Common Failure	Using Custom Cases
Camera bodies (ARRI, RED, Sony)	$25,000	$2,800	Top plate damage, connector damage, display cracks	68%
Cinema lenses (Cooke, Zeiss, Master Anamorphic)	$15,000	$3,200	Iris damage, focus ring damage, glass element damage	75%
Lighting fixtures (LED, HMI, tungsten)	$3,000	$650	Bulb/LED damage, yoke damage, connector damage	42%
Audio equipment (recorders, mixers, mics)	$8,000	$950	Fader damage, connector damage, capsule damage	55%
Monitors (on-set, director’s)	$4,000	$500	Screen damage, connector damage, stand mount damage	48%
Drones (cinema-grade)	$15,000	$1,800	Gimbal damage, camera damage, propeller damage	62%

The average film production company spends $6,500/year on equipment repairs from transport damage. A complete set of custom cases for a mid-size camera package costs $2,000-$5,000 and lasts 8-12 years — that’s $52,000-$78,000 in avoided repair costs over the case’s lifetime, not counting the priceless benefit of not having equipment fail during a shoot (when the entire cast and crew are waiting, at a cost of thousands of dollars per hour).

Camera Body Cases: The Most Critical Investment

Camera bodies are the heart of any film or video production. A damaged camera body can shut down an entire shoot. Here’s how to design a camera body case:

Camera Body Case Design Principles

• Foam support: The camera body should be supported from the bottom and all four sides, not just wrapped on top. Bottom foam should be at least 30mm thick to absorb drop impact. Side foam should be 20-25mm thick. The camera should be held firmly but not so tight that it’s difficult to remove — specify 0.5-1.0mm clearance on all sides.
• Top plate protection: The top plate of a cinema camera (ARRI Alexa, RED V-Raptor, Sony Venice) is where the most expensive and delicate components are located — the viewfinder mount, the monitor mount, the audio inputs, the timecode connector. The lid foam must have a recess over the top plate with minimum 10mm clearance. Never let the lid foam press directly on the top plate — this is the #1 cause of top plate damage during transport.
• Lens mount protection: The lens mount (PL, EF, E-mount) is a critical interface. If the lens mount is damaged, the camera body needs factory service (cost: $1,500-$3,000, 2-4 weeks). The case should have a body cap installed on the lens mount during transport, and the foam should have a recess over the lens mount area. Never transport a camera body with a lens attached — always remove the lens and transport it separately (lenses need their own cases).
• Media card storage: Camera memory cards (CFast 2.0, SxS, XQD, CFexpress) are small and easy to lose. Specify a dedicated media card wallet or compartment in the case lid. Individual card slots prevent cards from getting lost and make it easy to organize used vs. unused cards.
• Accessory storage: Camera body accessories — batteries, battery charger, viewfinder, monitor, cables, tools — need their own foam compartments. The viewfinder (especially the ARRI MVF-2) is expensive ($2,000+) and delicate — it needs its own foam compartment, not just thrown in with the camera body.
• Wheels and handle: Camera body cases weigh 10-25kg (depending on accessories). Specify a telescoping pull handle and inline wheels. Polyurethane wheels are preferred — they roll smoothly over rough terrain (logging roads, gravel, cobblestones) that are common on film locations.

Camera Body Case Configuration Example

Component	Specification
External dimensions	550 × 400 × 250 mm (fits ARRI Alexa Mini LF + accessories)
Material	5052-H32 aluminum, 1.5mm panels, welded corners
Finish	Black powder coat (RAL 9005) or custom color
Foam	EVA 80 kg/m³, CNC-cut, camera body custom contoured
Hardware	2× padlockable draw latches, continuous piano hinge, telescoping handle + wheels, rubber feet
Extras	Removable lid tray for accessories, media card wallet, custom engraved nameplate, stacking dimples
Estimated cost	$400-$650 (FOB Shanghai, qty 5+)
Loaded weight	~12-18 kg

Lens Cases: Protecting Your Most Valuable Glass

Cinema lenses are the most expensive and delicate pieces of equipment in film production. A single Cooke S4/i prime lens costs $10,000-$20,000. A set of 6-8 primes costs $60,000-$150,000. Lens damage — especially iris or focus ring damage — can cost $1,000-$3,000 to repair and takes 2-6 weeks (lens repair is specialized work).

Lens Case Design Principles

• Individual lens compartments: Each lens needs its own precisely cut foam compartment. The lens should be held by its barrel (the main body), not by the focus ring or iris ring (which can be damaged by pressure). The lens should be stored with both caps installed (front and rear) — never transport a lens without caps.
• Foam density: Cinema lenses are heavy (1.5-4kg each). Use high-density EVA foam (80-100 kg/m³) for lens compartments. Standard foam (40-60 kg/m³) will compress under the weight and lose its protective capability.
• Lens orientation: Lenses should be stored vertically (front element up) or horizontally (on their side), depending on the case design. Vertical storage is preferred for prime lenses (shorter, more stable). Horizontal storage is preferred for zoom lenses (longer, less stable vertically). Never store a lens with the front element facing down — this puts pressure on the front element and can damage the coating.
• Lens set cases: For a set of matching primes (e.g., Cooke S4/i 18mm, 25mm, 32mm, 50mm, 75mm, 100mm), use a single case with individual compartments for each lens. This keeps the set organized and makes it easy to inventory lenses before and after each shoot. Label each compartment with the focal length.
• Accessory storage: Lens accessories — lens caps (spare), lens wipes, lens cleaning solution, lens pen, follow focus gear rings — need their own compartment in the lid. A removable lid tray is ideal for small accessories.
• Stacking capability: Lens cases are often stacked in production trucks and rental houses. Specify stacking dimples on the lid that align with the feet on the bottom of the case above. This prevents cases from sliding off each other during transport — a common cause of lens damage (as in the case study above).

Lighting Equipment Cases: Fixtures, Ballasts, and Stands

Lighting equipment is heavy, bulky, and expensive. A single HMI fixture (ARRI M18, 1800W) costs $8,000-$12,000. A set of LED panels (ARRI SkyPanel S60-C) costs $6,000 each. Lighting fixtures need robust cases that can handle heavy weight and frequent use.

Lighting Fixture Case Design

• Foam support: Lighting fixtures are heavy (5-25kg each). The foam must support the fixture from the bottom and all sides. Bottom foam should be at least 30mm thick. Use high-density EVA foam (80-100 kg/m³) for fixture compartments.
• Bulb/LED protection: For HMI and tungsten fixtures, the bulb is the most delicate component. Always remove the bulb for transport (if possible) and store it in a dedicated bulb case. For LED fixtures, the LED panel is delicate — the lid foam must have a recess over the LED panel with minimum 10mm clearance. Never let the lid foam press directly on the LED panel.
• Yoke and barn door protection: The yoke (the U-shaped bracket that holds the fixture) and barn doors (the metal flaps that shape the light) are prone to bending during transport. Remove barn doors for transport (if possible) and store them in a dedicated compartment. The yoke should be in the stored position (folded flat against the fixture) and locked if the fixture has a yoke lock.
• Ballast and head separation: HMI fixtures have a separate ballast (power supply). The ballast should have its own foam compartment, separate from the fixture head. Ballasts are heavy (5-15kg) and can damage the fixture head if they shift during transport.
• Cable storage: Lighting fixtures use heavy power cables (Socapex, True1, Bates) and control cables (DMX, sACN). Specify a dedicated cable compartment. Power cables should be stored separately from the fixture — they can scratch the fixture finish and damage connectors.
• Heavy-duty hardware: Lighting fixture cases need heavy-duty latches (2 per side minimum), continuous piano hinges, and reinforced corners. Specify 2.0mm aluminum panels for lighting cases — 1.5mm is too thin for this weight class.

Lighting Stand and Grip Equipment Cases

• C-stand cases: C-stands (grip stands) are long, heavy, and awkward to transport. A C-stand case should hold 2-4 stands, with individual foam compartments for each stand. The case should be long enough to hold the stands fully extended (or with the riser removed and stored separately). Specify 2.0mm aluminum panels for C-stand cases — they take a lot of abuse.
• Grip equipment cases: Grip equipment — clamps, flags, nets, gels, gaffer tape, tools — needs a case with a removable parts tray and multiple compartments. Label each compartment with the item type. Grip equipment is often dirty (from use on set) — specify a case with a removable interior liner that can be cleaned.
• Sandbag cases: Sandbags are heavy (15-25kg each) and dirty. A sandbag case should be made of heavy-duty material (2.5mm aluminum) with reinforced handles. Sandbags don’t need foam — they can be stored loose in the case. Specify a case with a wide mouth opening for easy loading.

Audio Equipment Cases for Film Production

Audio is a critical part of film production — poor audio can ruin an otherwise perfect take. Audio equipment (recorders, mixers, microphones, wireless systems) is delicate and expensive. A proper audio case protects the equipment and keeps it organized for quick setup on set.

Audio Bag and Recorder Cases

• Audio bag protection: Most production sound mixers use an audio bag (Porta Brace, K-Tek) that holds the recorder, mixer, wireless receivers, and batteries. The audio bag should have its own foam compartment in the case — don’t remove the equipment from the bag for transport. The case should be large enough to hold the fully loaded audio bag with cables attached.
• Microphone storage: Boom microphones (Sennheiser MKH 416, Schoeps CMIT) and lavalier microphones (Sennheiser MKE 1, DPA 4060) need individual foam compartments. Boom mics should be stored with the windshield (zeppelin) removed and stored separately. Lavalier mics should be stored in individual pouches (to prevent cable tangling) inside a foam compartment.
• Wireless system storage: Wireless microphone systems (Lectrosonics, Sound Devices, Zaxcom) have multiple components — transmitters (beltpacks), receivers, antennas, batteries. Each component needs its own foam pocket. The antenna (especially the whip antenna) should be stored in a dedicated channel (not folded or bent).
• Cable management: Audio cables (XLR, 3.5mm, timecode, BNC) are thin and delicate. They should be coiled loosely (minimum 50mm coil diameter) in dedicated channels. Never wrap audio cables tightly — this can break the internal wire strands and cause intermittent audio (a nightmare on set, when you’re trying to troubleshoot a bad cable during a take).
• Battery management: Audio equipment uses AA, 9V, and lithium batteries. Specify a battery compartment in the case — either a removable battery caddy or individual battery slots. This keeps batteries organized and prevents them from rolling around inside the case.

Monitor and Director’s Equipment Cases

On-set monitors (director’s monitors, camera assist monitors, DIT monitors) are essential for film production. They’re also expensive and delicate — a cracked monitor screen can cost $500-$2,000 to replace.

• Screen protection: The monitor screen is the most vulnerable part. The lid foam must have a recess over the screen area with minimum 10mm clearance. Never let the lid foam press directly on the screen. For monitors with removable screens (e.g., SmallHD 1703), remove the screen for transport and store it in a dedicated foam compartment.
• Stand mount protection: The monitor’s stand mount (VESA mount, baby pin mount) is prone to bending during transport. Remove the stand mount for transport (if possible) and store it in a dedicated compartment. If the mount is not removable, ensure it’s below the foam surface (not exposed to impact).
• Cable storage: Monitors use signal cables (SDI, HDMI, DisplayPort) and power cables. Specify a dedicated cable compartment. SDI cables are expensive ($50-$200 each) and delicate — they should be coiled loosely in a dedicated channel.
• Hood and sun shade: Monitor hoods (sun shades) are often made of plastic or fabric and can be damaged during transport. Remove the hood for transport (if possible) and store it in a dedicated compartment. For fabric hoods, fold them carefully and store them in a pouch.

Drone and Aerial Equipment Cases

Cinema-grade drones (DJI Inspire 3, FreeFly Alta X, Movi Pro) are expensive ($10,000-$50,000+) and delicate. Drone equipment — gimbal, camera, propellers, batteries — needs specialized case design.

• Gimbal protection: The gimbal is the most delicate part of a drone system. It contains precision motors and encoders that can be damaged by impact. The gimbal should be locked (if the drone has a gimbal lock) and stored in a custom contoured foam compartment. The foam should support the gimbal from all sides, with minimum 5mm clearance around the gimbal motors.
• Camera protection: The drone camera (DJI Zenmuse X9, RED Komodo, ARRI Alexa Mini) is expensive and delicate. Remove the camera from the gimbal for transport (if possible) and store it in a dedicated foam compartment (following the same principles as a camera body case). If the camera is not removable, ensure it’s protected by the gimbal lock and foam.
• Propeller storage: Drone propellers are delicate and expensive ($50-$200 each). They should be stored in individual foam compartments or a propeller wallet. Never store propellers loose in the case — they can get scratched or cracked. Label each compartment with the propeller size and type (CW/CCW).
• Battery storage: Drone batteries (TB50, TB55, intelligent flight batteries) are expensive ($200-$500 each) and potentially dangerous (lithium polymer). They should be stored in individual foam compartments, with the battery terminals protected (to prevent short circuits). For transport, batteries should be at 50-60% charge (not fully charged, which is a fire risk). Specify a fire-resistant battery bag for extra protection.
• Controller and monitor storage: The drone controller (DJI RC Plus, FreeFly controller) and monitor (DJI High Bright, SmallHD) need their own foam compartments. The controller’s antennas should be in the stored position (folded flat). The monitor should have screen protection (minimum 10mm clearance from the lid foam).

Custom Foam Engineering for Film and Video Equipment

Foam Material Selection

Foam Type	Density (kg/m³)	Best For	Notes
EVA (Ethylene Vinyl Acetate)	60-100	Camera bodies, lenses, audio equipment, general use	Best all-around choice; firm enough for heavy equipment, soft enough for delicate items
Cross-linked PE (XLPE)	40-80	Lid organizers, parts trays, lighter accessories	Good for removable trays and accessory storage
Polyurethane (PU) rigid	80-150	Precision contoured fit for cameras, lenses, monitors	Best for high-value equipment where precise fit is critical
Anti-static (ESD) foam	40-80	Electronics, circuit boards, sensitive components	Required for equipment sensitive to electrostatic discharge
Microfiber-lined foam	40-80	Lens compartments, monitor screens, polished surfaces	Microfiber lining prevents scratches on delicate surfaces

Foam Design Principles for Film Production

• Individual component pockets: Every removable component — lens, microphone, cable, battery, adapter, tool — should have its own precisely cut pocket. This prevents items from shifting and colliding during transport, and makes it obvious when an item is missing (critical for inventory checks before and after each shoot day).
• Cable management channels: Cables are the #1 source of equipment damage in film production — a loose cable can scratch a lens coating, bend a connector pin, or wrap around a focus ring. Specify dedicated channels for every cable, with radius corners (minimum 15mm for thin cables, 50mm for thick power cables). Never force a cable into a tight bend — this can break internal wire strands and cause intermittent connections (a nightmare on set).
• Accessibility: The most frequently used items (e.g., the camera body, the audio recorder) should be in the base for easy access. Less frequently used items (spare batteries, tools, cables) go in the lid.
• Labeling: Engrave or print equipment names next to each foam pocket. This makes inventory checks fast and ensures everything goes back in the right place. For production companies, label cases with the show name, department, and case number (e.g., “Production X — Camera — Case 3 of 8”).
• Color-coded foam: For large productions, use different colored foam for different departments — camera (blue), audio (red), lighting (yellow), grip (green). This makes it easy to identify cases at a glance during load-in.

Touring and Production-Specific Case Features

Feature	Additional Cost	Benefit	Recommended For
Shock-mounted interior frame	$80-$200	Isolates equipment from impact by 60-70%	Camera bodies, lenses, monitors, audio equipment
Custom engraved nameplate	$15-$30	Professional appearance, easy identification	All production cases
Padlockable latches	$10-$20 per latch	Security on set and during travel	Expensive equipment, location shoots
4-wheel rolling design	$40-$80	Superior stability vs 2-wheel, easier to maneuver	Cases over 15kg, camera packages, audio kits
Removable lid tray	$20-$40	Organized accessory storage, easy access	All cases
Stacking dimples	$10-$20	Prevents cases from sliding when stacked	Production trucks, rental houses
Color-coded foam	$10-$25	Department identification at a glance	Large productions, rental houses
Microfiber-lined compartments	$15-$30	Prevents scratches on lenses and monitors	Lens cases, monitor cases
Cable access ports	$10-$20	Connect cables without removing lid	Audio cases, monitor cases

Maintenance and Care for Film Production Cases

• Clean foam after every production: Film sets are dirty — dust, dirt, rain, mud, craft services spills. Vacuum the foam interior after every production and wipe with a damp cloth. For stubborn stains, use a mild detergent and warm water, then air dry completely.
• Check foam compression monthly: Foam compresses over time, especially under heavy equipment (lenses, camera bodies, lighting fixtures). If any foam section is compressed more than 20% of original thickness, replace it. Compressed foam loses impact absorption.
• Lubricate latches and hinges: Use silicone spray on latch pivots and hinge pins every 3 months. This prevents corrosion and ensures smooth operation. Avoid oil-based lubricants — they attract dust.
• Replace gasket annually: The case gasket degrades from UV exposure, temperature changes, and compression. Replace it annually or if you see cracks or feel the seal is no longer firm. A good gasket keeps dust and moisture out of the case.
• Inspect case exterior before each production: Check for dents, cracks, or loose rivets. Small dents can be hammered out from the inside. Cracks must be welded or the case replaced. Loose rivets should be re-bucked or replaced.
• Inventory check after every shoot day: Use the labeled foam pockets to do a quick inventory check after every shoot day. If an item is missing, you’ll know immediately — before you leave the location. This is the single most effective way to prevent equipment loss on production.