Labour cost is the largest line item on most touring production budgets that producers never discuss publicly and almost never publish in post-show reports. On a 40-date North American arena tour, the crew cost of cabling, rigging, and troubleshooting a conventional mains-powered lighting rig — where every fixture requires both a power cable and a DMX data cable run to an addressable node — can exceed $800,000 over the tour’s duration. When production managers began replacing portions of their cable-dependent rigs with Astera wireless battery fixtures in 2016, the labour arithmetic changed so dramatically that several major touring companies conducted formal time-and-motion studies to quantify the saving. The results, shared informally across the production industry, consistently showed labour reductions in the 40 to 60 percent range for the fixture types replaced — figures that have since been cited in Astera’s own marketing materials and confirmed by independent analysis from production management firms including Eclipse Staging Services and Spectra Company.
Where the Labour Savings Come From
The labour saving from Astera wireless fixtures is not primarily about the time saved running cable — it is about the elimination of the entire cable management workflow that surrounds conventional fixtures. A single mains-powered LED fixture on a touring rig requires: a 16A power cable routed from a distribution rack to the fixture position; a DMX cable from the nearest node or from a DMX network node; cable ties securing both runs to the truss at 600mm intervals; a Neutrik powerCON connector test to verify power continuity; a 5-pin XLR DMX test to confirm the address; and a cable tidy at load-out involving cutting cable ties, coiling cables in specified directions, and routing them back to their labelled flight cases. Multiplied across 200 fixtures on a touring rig, this process occupies a crew of six lighting technicians for three to four hours at every load-in. An Astera Titan Tube in the same fixture position requires: placement in its bracket or rigging point; a five-second wireless pairing via the Astera App on an iPad; a battery charge status check. That is the entire process.
Astera in Touring Rig Architecture
The integration of Astera fixtures into touring lighting rigs has evolved from the early “wireless accent fixtures” approach — where Astera units supplemented a conventional cable-dependent rig — to a more ambitious “wireless-first” design philosophy adopted by touring lighting designers including Sooner Routh, Rob Sinclair, and Cory FitzGerald. In a wireless-first rig, every fixture position that does not require the sustained high output of a mains-powered moving head — cyc lighting, audience blinders, set illumination, floor-based practicals, architectural accent lighting — is specified as Astera. The result is a rig that retains the moving head power of a Robe BMFL Spot or Claypaky Scenius Unico for beam-intensive moments while eliminating the cabling infrastructure from everything else. A 2022 touring production for a global pop artist deployed 320 Astera Titan Tubes, 80 Astera AX9 PowerPARs, and 120 Astera AX1 Pixel Tubes as the primary colour-washing, practicals, and audience lighting, retaining only 96 Robe BMFL Spots and 48 GLP X4 Bar 20 fixtures as mains-connected units. The cable reduction represented a saving of approximately 8,000 metres of power cable and 3,200 metres of DMX data cable — a physical mass reduction of over 600 kilograms from the truck manifest.
Battery Management at Scale
Managing 500-plus Astera fixtures across a touring production introduces battery logistics that require systematic approach. The Astera charging infrastructure — AsteraBox charging and control units holding 8 or 16 fixtures — allows entire show inventories to be charged simultaneously during the overnight transit between venues, with the AsteraBox providing both power delivery and wireless firmware update capability. Production managers travelling with large Astera inventories standardise on a charge rotation protocol: fixtures used in tonight’s show enter charging immediately at load-out, and charged units from the previous overnight cycle go into tonight’s rig at load-in. Battery health is monitored via the Astera App’s battery analytics function, which tracks charge cycle count and capacity degradation across each individual fixture’s battery history, flagging units approaching end-of-life before they fail in service.
The Broader Industry Transformation
Astera’s labour efficiency impact has triggered a broader industry response that is restructuring how AV rental companies stock and price their fixture inventories. Rental companies including Christie Lites, 4Wall Entertainment, and Hawthorn Theatrical have invested millions in Astera fixture inventory precisely because the lower labour cost per show allows them to offer more competitive package prices while maintaining or improving their per-show margin. The shift is also visible in the training programmes of PLASA and ESTA, where wireless fixture management — specifically Astera’s CRMX-based workflow — now appears as a core curriculum component in the Certified Technical Production Manager qualification pathway.
