Rack Ready Rigid OB Van - Mobile Broadcasting Solution – Outside Broadcast OB-Vans

The vehicle features pre-installed 19-inch EIA standard rack systems, but usable depth, vertical U-count, and cable routing clearance depend on your specific van configuration. Request detailed internal dimensioning and a CAD layout before purchase. Factor in equipment ventilation requirements—a fully loaded router and vision mixer generate significant heat. Confirm whether the climate-controlled bay maintains operating temperature under full load during extended summer outdoor operations, and verify rack PDU capacity matches your total power draw.

The hybrid-compatible architecture supports both SDI and IP signal standards, but integration methodology depends on your equipment configuration and control layer. You'll likely need external bridging hardware (SDI-to-IP gateways or fiber converters) if mixing baseband and ST 2110 sources in real production. Confirm which interface options ship with your unit—IP ports, SDI BNC counts, and any pre-installed conversion boards. Test interoperability with your specific CCUs, routers, and mixers before deployment.

The platform includes redundant power systems with uninterruptible backup, but specifics—UPS capacity (runtime duration), automatic failover behavior, and which systems stay powered during mains loss—require clarification with the supplier. Confirm whether backup supports full equipment load or only critical systems (router, mixer, CCUs). Verify battery chemistry, charging time, and maintenance intervals. In extended OB operations, factor in generator duty cycle and whether the UPS prevents RF interference during switchover.

Climate-controlled equipment bay is specified for sensitive electronics, but cooling capacity (BTU/hr), setpoint tolerance, and derating curves under extreme ambient aren't detailed in base specs. Contact the supplier for HVAC engineering data, especially part-load efficiency and compressor duty cycle. Request real-world case studies from similar OB deployments in high-temperature regions. Verify intake/exhaust filtration—dust ingress during field setup degrades cooling and fouls equipment. Plan for backup spot coolers or extended ventilation ducting as contingency.

Multi-camera capability with full routing infrastructure is confirmed, but absolute camera count and switching fabric throughput depend on your mixing and routing equipment selection. The van provides the structural and power foundation; your mixer and router determine real capacity. A typical 4–6 camera live sports production fits comfortably; larger conferences (8+ cameras) push thermal and power margins. Model your specific workflow with target equipment to confirm the van can sustain peak load for your typical production duration. Verify crew ingress space isn't compromised by additional camera infrastructure.

The rigid frame and redundant power architecture favor durability, but MTBF data, consumables list, and spare parts availability aren't specified. Establish a preventive maintenance schedule: climate system filters (monthly during active use), PSU fan inspection, cable connector contact cleaning, and battery cycling for the UPS. Contact the supplier for a recommended spares kit and lead times for critical modules (PSU boards, compressor/condenser if applicable). Budget for annual HVAC service and quarterly inspection of redundant power switchover logic.

Modular design supports rapid equipment configuration, meaning rack-mounted boards swap easily, but internal signal distribution wiring (multicore, fiber backbone) depends on your original build. Standardized 19-inch mounting and pre-installed rack infrastructure speed component changes. However, if your news workflow requires different input/output counts or fiber runs than your sports setup, expect substantial repatch work. Request detailed internal block diagrams and labeling standards. Standardize connector types and signal naming across your builds to minimize reconfiguration time.

The specification confirms SDI and IP support but doesn't itemize pre-installed fiber infrastructure. Clarify whether multicore fiber for camera triax or ST 2110 camera systems is factory-routed or a configuration option. Confirm fiber type (SM/MM), connector standard, and termination method. For extended field runs (100+ m to remote cameras), verify the van's fiber distribution panel accommodates outdoor patch panels and redundant fiber protection. Request recommended fiber spool types and outdoor-rated connectors compatible with your equipment.

Hybrid compatibility indicates multi-protocol support, but the control layer specifics—native protocols, API availability, and automation openness—require detailed clarification. Verify whether the router and mixer support NMOS (AMWA) discovery and control, REST APIs for third-party integration, or if integration demands proprietary middleware. Confirm tally I/O (GPIO, Ethernet-based systems) and whether your planned RCP, control surfaces, and graphics automation ecosystem can communicate natively. Test integration before committing to equipment choices.

Yes. Our used and ex-demo units undergo a full functional inspection — sensors, video outputs, control signals, optics and mechanics — including a colorimetry and sensitivity test. Each product is tested by our technicians and comes with a 90-day warranty. Contact us for the specific warranty terms of the unit you are interested in.