How to Transport Lighting Equipment Safely

A lighting designer in London was touring with a West End production. They had 12 LED moving heads, 4 follow spots, 2 dimmer racks, and a lighting control console — all packed in standard off-the-shelf cases. After the first week of the tour, they opened the moving head case to find that one fixture had shifted 8mm during transport. The yoke had rubbed against the case wall, scratching the powder coating and bending the pan limit switch bracket. The fixture couldn’t pan properly — it would jerk at the end of its range. The repair cost: £220 for a new limit switch bracket, plus 1 day of downtime while the fixture was in the shop. The rental replacement cost £150/day. Total: £370. The case was a standard 1200×600×600mm flight case with generic foam. The foam cavity was 5mm too large, so the fixture shifted during transport. A custom case with a CNC-machined foam cavity that held each fixture precisely would have cost £90 more. The £90 “savings” on a standard case cost £370 in repairs and downtime. And that was just one fixture — the dimmer racks had loose connector pins from vibration, and the follow spots had scratched lenses from rubbing against each other. Total damage from one week of touring with standard cases: £1,200. Custom cases would have cost £360 more total. The “savings” cost £840.

Lighting equipment is among the most fragile and expensive cargo in live production. LED moving heads cost $1,500-$8,000 each. Follow spots cost $2,000-$10,000 each. Dimmer racks cost $3,000-$15,000. Lighting control consoles cost $5,000-$30,000. All of this equipment gets loaded and unloaded from trucks, rolled across parking lots, stacked in trailers, and handled by venue crew — every single show. A custom case isn’t a luxury — it’s the difference between the gear arriving ready to focus and it arriving in the repair shop. This guide covers how to specify cases for moving heads, conventional fixtures, dimmer racks, control consoles, and accessories.

What Actually Damages Lighting Equipment in Transit

After building cases for West End touring productions, festival rental houses, and corporate AV companies, the damage patterns are consistent:

• Impact damage (34%) — Cases dropped from tailgate height (80-100cm), knocked against door frames, or tossed by venue crew. LED moving heads have delicate yoke mechanisms and optical components that don’t survive a 1-meter drop without proper foam support. The pan/tilt motors can be knocked out of alignment, and the LCD display can crack
• Vibration damage (26%) — Truck and trailer vibration loosens connector pins, damages fan bearings, and can misalign optical components. Over a 10-hour drive, a dimmer rack takes millions of micro-impulses through the case floor. Without proper foam isolation, this vibration transfers directly to the equipment
• Stack pressure damage (18%) — Cases stacked in a trailer. The lid flexes inward and presses on the fixture yoke, control panel, or lens. A 3mm plywood lid flexes 8-12mm under 150kg of stack load — enough to bend a yoke bracket or crack a lens
• Abrasion and scratching (12%) — Fixtures scratch if they rub against the case interior or against each other. Powder coating scratches, lens surfaces scratch, and control panels scuff. A fixture with scratched powder coating looks used — and rental customers notice
• Connector and cable damage (7%) — Power cables, DMX cables, and signal cables rattling around in the case scratch equipment and damage connectors. PowerCon connectors bend, DMX connectors crack, and cable plugs break
• Hardware failure (3%) — Latches break, handles pull off, wheels fail. A case with a broken latch opens in transit, and the fixtures are loose in a cargo hold

Equipment-Specific Case Requirements

LED Moving Heads and Intelligent Fixtures

• Case type — 4-8 fixtures per case, depending on fixture size. Small fixtures (150W LED): 6-8 per case. Medium fixtures (300W LED): 4-6 per case. Large fixtures (700W+ LED or discharge): 2-4 per case
• Foam cavity — Each fixture in its own cavity, CNC-machined to the exact fixture profile. The fixture should be supported at the base (the yoke mounting point), not at the yoke or head. The yoke should be in a neutral position (straight up) and supported by foam pads that prevent movement. The lens/head should be in a recessed area with a protective cap
• Yoke protection — The yoke is the most fragile part of a moving head. It should be supported by foam pads on both sides, with 5-10mm of clearance to prevent contact. The pan/tilt mechanism should be locked (if the fixture has a lock) or supported in a neutral position
• Lens protection — The lens/head should be protected by a foam cap or recessed area. Don’t let the lens touch the foam — foam can leave residue on the lens surface. Use a protective lens cap (if the fixture came with one) or a foam ring that supports the head around the lens, not on it
• Stackable design — Moving head cases are always stacked. The case lid should have a recessed area that interlocks with the case bottom, so stacked cases don’t slide. The lid should be reinforced (5mm plywood + ribs) to support 200kg+ stack load. The lid foam should have clearance for the yoke — don’t let the lid press on the yoke under stack load
• Labeling — Fixture numbers silk-screened on the case exterior and foam cavities. This is critical for fast load-in — crew need to know which fixture goes where in the rig
• Casters — 100mm polyurethane, 4 per case, with brakes on 2. A 6-up case with fixtures weighs 40-70kg — it needs good casters

Conventional Fixtures (PAR cans, fresnels, ellipsoidals)

• Case type — 6-12 fixtures per case, depending on fixture size. PAR cans: 8-12 per case. Fresnels: 6-8 per case. Ellipsoidals (lekos): 6-8 per case
• Foam cavity — Each fixture in its own cavity, with the lens facing up or to the side (depending on fixture shape). The fixture should be supported at the body, not at the lens. The lens should be protected by a foam cap or recessed area
• Accessory compartment — Separate compartment for barn doors, gels, and color frames. Don’t pack accessories loose in the fixture cavity — they’ll scratch the fixture and damage the lens
• Casters — 100mm polyurethane, 4 per case, with brakes on 2. A 12-up PAR case weighs 30-50kg

Dimmer Racks and Power Distribution

• Case type — Rack case with internal rack frame. The dimmers mount to the rack frame (19-inch standard), and the rack frame is suspended inside the case
• Shock mounting — Essential for dimmer racks. Dimmers have heavy transformers, heat sinks, and circuit boards that vibrate. A shock-mounted rack frame (4-point or 8-point suspension) isolates the dimmers from case vibration. The suspension should have 15-25mm of travel
• Ventilation — Dimmers generate heat. The case should have ventilation ports (front and rear) with mesh covers. Don’t seal the case completely — the dimmers will overheat during transport (especially if they’re still warm from the show)
• Connector access — Rear access panel for power and DMX connections. The panel should be removable or hinged so the dimmers can be connected without removing them from the rack. This is critical for fast setup — the crew can patch the dimmers while they’re still in the case
• Cable management — Internal cable ties or Velcro straps to keep power and DMX cables organized. Don’t let cables rattle around inside the case — they’ll damage connectors and scratch the dimmer panels
• Casters — 100mm polyurethane, 4 per case, with brakes on 2. A dimmer rack with dimmers weighs 40-80kg — it needs heavy-duty casters

Lighting Control Consoles

• Case type — Single console per case, “coffin” style (removable lid). The console sits in a foam cavity, with the control surface facing up
• Foam cavity — CNC-machined to the exact console profile. The console should be supported at the base and sides, not at the control surface. The faders, encoders, and screens should be in recessed areas that don’t touch foam
• Control surface clearance — Minimum 20mm clearance between the control surface and the lid foam. Faders and encoders are fragile — if the lid presses on them, they break. Under stack load, the lid flexes 5-10mm, so the clearance must be 20mm minimum
• Shock mounting — For high-end consoles ($10,000+), consider a shock-mounted case with internal suspension. This isolates the console from truck vibration. The suspension should be 4-point (corners) with 20-30mm of travel
• Accessory compartment — Separate compartment for the keyboard, mouse, monitor, power supply, and signal cables. Don’t pack accessories loose in the console cavity — they’ll scratch the console surface
• Casters — 100mm polyurethane, 4 per case, with brakes on 2. A console case with console weighs 25-50kg — it needs good casters

Follow Spots

• Case type — 1-2 spots per case. Follow spots are long (60-120cm) and heavy (15-30kg each). A 2-up case is typical for smaller spots, a 1-up case for larger spots
• Foam cavity — Each spot in its own cavity, with the lens facing up or to the side. The spot should be supported at the body and yoke, not at the lens. The lens should be protected by a foam tube or recessed area
• Lens protection — The lens is the most expensive and fragile part of a follow spot. It should be protected by a foam tube that covers the lens barrel, or a recessed area with a protective cap. Don’t let the lens touch the foam — foam can leave residue on the lens surface
• Accessory compartment — Separate compartment for barn doors, color boomerangs, dichroic filters, and spare lamps. Don’t pack accessories loose in the spot cavity — they’ll scratch the spot and damage the lens
• Casters — 100mm polyurethane, 4 per case, with brakes on 2. A 2-up case with spots weighs 40-70kg

Touring Reality: Trucks, Trailers, and Venues

A lighting equipment case sees a rough chain: warehouse → truck → venue → truck → warehouse. Each step has its own hazards:

• Truck loading — Cases are stacked to maximize trailer space. A dimmer rack case at the bottom of a stack can have 200-300kg on top. The lid must support this without flexing. Moving head cases should NEVER be at the bottom of a stack — the yokes can’t support stack pressure
• Truck transport — Vibration from the road. Cases without proper foam or shock mounting transmit vibration directly to the equipment. Over a 10-hour drive, this can loosen connector pins and damage fan bearings
• Venue load-in — Cases are rolled across parking lots, down loading ramps, and across stage floors. Casters must be 100mm polyurethane — small plastic wheels catch on stage floor cracks and carpet seams
• Venue storage — Cases are stored backstage, often in hallways or loading docks. They may be bumped by other equipment, leaned against walls, or used as impromptu tables. Corner protectors aren’t optional
• Return transport — Cases are loaded back onto the truck, often more roughly than the outbound load (crew is tired at the end of a show). The case must survive being “tossed” onto the truck

We’ve built cases for West End touring productions, festival rental houses, and corporate AV companies. The pattern is always the same: the lighting equipment is worth 10-50x the cost of the case. A custom case that fits each fixture precisely, isolates it from vibration, and survives being at the bottom of a 300kg stack isn’t an expense — it’s the insurance that keeps the show running. A damaged moving head doesn’t just cost repair money; it costs a show, a rental replacement, and the client’s confidence. Don’t learn that the hard way.