Demand definition
Start with the shows you must deliver, not the fixtures you want to own
A useful fleet brief describes recurring jobs, crew constraints and required looks before naming a model.
List the work the fleet must cover: corporate events, theatres, clubs, concerts, festivals, broadcast, houses of worship or dry hire. Record typical trim height, throw, stage width, rig size, load-in time, available power, weather exposure, camera use and audience expectations. Separate the looks used on most jobs from occasional effects that can remain in a specialist sub-fleet.
| Rental scenario | Primary evaluation | Common hidden constraint |
|---|---|---|
| Corporate and theatre | Color quality, dimming, noise and compact control | Camera behavior and limited setup time |
| Concert and touring | Output, effects, networking, handling and repeatability | Crew time, cases and replacement compatibility |
| Dry hire | Intuitive setup, profiles, documentation and abuse tolerance | Unknown console, operator and maintenance conditions |
Optical evaluation
Test usable looks across real throw distances
Input wattage and LED count are configuration clues, not a substitute for seeing the fixture in the intended rig.
Compare fixtures at equal distance, zoom, color, dimmer and camera settings. Evaluate the full field rather than staring at the lens face: center intensity, edge behavior, beam uniformity, mixed-color artifacts, minimum zoom, maximum coverage and consistency between units. Record settings and ambient conditions so a later sample or batch can reproduce the comparison.
Check saturated colors, whites, pastels, low-level fades, strobe and fast position changes. For pixel or Bee Eye fixtures, decide whether the show inventory will actually use cell control, foreground effects and macro behavior. A high-channel effect may be valuable for concerts but inefficient if most operators need a simple wash personality.
Use the LED wattage and configuration guide to compare engines without using wattage as a brightness guarantee. Ask for current photometric data where a quantified throw decision is required.
Programming
Approve DMX modes, profiles and network behavior before buying quantity
A rental fixture is only deployable when the console can patch it correctly and the crew can reproduce the programmed look.
Plan personalities by service tier. A compact mode can support simple hires and fast programming. A standard mode can expose normal color and effects. An extended mode can serve pixel-heavy productions. Document which mode is the fleet default, which profile is approved and how firmware or profile updates are distributed to cases and operators.
Follow the DMX channel-planning guide to calculate universes, addresses, network nodes, backups and file ownership for the proposed quantity.
Operations
Measure the handling and rigging workflow from truck to trim
Small delays repeated across many fixtures can cost more than a modest difference in unit price.
Calculate case mass, truck footprint, fixture density and spare-unit strategy. Define accessory kits by case: clamps, safeties, power/data jumpers, terminators and quick-reference cards. Standardizing accessories can reduce missing-part calls and cross-rental confusion. For touring, check whether displays and connectors remain accessible in pre-rig or floor positions.
- Approved dimension drawing and actual sample weight
- Clamp and safety attachment workflow
- Case quantity, packed weight and truck footprint
- Display, power and data access in common orientations
- Per-case accessory and cable inventory
- Documented circuit and power-link plan
Uptime
Design maintenance, spares and fault triage before the first show
Rental reliability is the ability to detect, isolate and recover from faults with controlled parts and information.
Ask for approved service documents, exploded views where available, part identifiers, firmware procedure and warranty workflow. Inspect access to fans, filters, optical surfaces, belts or other service points permitted by the manufacturer. Record which work is operator-level, workshop-level or supplier-authorized. Uncontrolled disassembly can introduce safety, optical or sealing problems.
Build the spare plan from fleet quantity, show criticality, transport model, service location and component lead times. Include complete spare fixtures for show continuity, then develop parts stocking from observed failure and repair data. Avoid presenting a universal spare percentage as fact. Label repaired hardware and firmware revisions so mixed revisions do not create intermittent behavior.
The stage-lighting maintenance checklist provides daily, turnaround and periodic routines. Project teams needing private labels, custom documents or a defined spare package should include service scope in the AOLAIT OEM and manufacturing inquiry.
| Question | project information | Fleet decision |
|---|---|---|
| Can the crew identify the fault? | Error record, controlled checklist and swap test | Define triage before disassembly |
| Can the show continue? | Spare fixture and compatible profile | Set critical-spare quantity |
| Can the workshop repair it? | Approved procedure, parts and tools | Define authorization level |
| Can the supplier support it? | Warranty path, response owner and revision record | Include in supplier scorecard |
Commercial decision
Compare total fleet cost and supplier support on one scorecard
Purchase price matters, but fleet economics also include labor, transport, accessories, downtime, parts and residual compatibility.
Score suppliers on document accuracy, sample response, batch consistency, change notification, profile support, parts identification, warranty handling and corrective action. Weight criteria according to the show inventory. Retain open questions as conditions, not hidden assumptions. A lower-scoring model can still be selected if the business understands and accepts the trade-off.
| Category | Questions | project information |
|---|---|---|
| Show performance | Does it create the required looks at real distances? | Recorded application test |
| Deployment | Can crews rig, address and cable it efficiently? | Timed workflow and case plan |
| Control | Are modes and profiles stable across consoles? | Patch/import test and approved files |
| Service | Can faults be triaged and parts supplied by revision? | Service package and support workflow |
| Commercial | What is the complete acquisition and operating scenario? | Comparable quotation and cost model |
Conclusion
A coherent fleet is more valuable than a collection of impressive fixtures
Explore the complete AOLAIT product catalogue for adjacent fixture types, then use a written scorecard and application sample to narrow the professional wash-lighting fixtures that genuinely fit your rental program.
RECOMMENDED PRODUCTS
Models to evaluate against your brief
We organize model-specific product facts and available technical files to support fixture comparison and project planning.
5×120W LED Tornado Waterproof
An IP-series five-head Tornado platform for outdoor-system, fleet and OEM configuration planning.
- 5 × 120W RGB + Lime
- 3.5°–45° zoom
- IP65
10×60W LED Moving Bar IP65
An IP65 linear Moving Bar platform with RGBW cells, separate auxiliary lines and extended control modes.
- 10 × 60W RGBW
- 5°–35° zoom
- IP65
5×80W LED Tornado Moving Head
A five-head Tornado Wash FX platform with independently moving RGBW heads and aura rings.
- 5 × 80W RGBW
- Motorized focus
- 28CH to 88CH
19×15W LED Bee Eye Moving Head
A compact nineteen-cell Bee Eye platform for pixel, zoom and console-profile planning.
- 19 × 15W RGBW
- 4°–60° zoom
- Seven DMX personalities
FREQUENTLY ASKED QUESTIONS