OB van expandable 12 cameras with tracking – Outside Broadcast OB-Vans

The chassis itself is fixed—you cannot extend the physical vehicle structure. However, the modular equipment configuration inside allows you to swap, upgrade, or reconfigure vision mixing, routing, and monitoring systems without structural modification. Camera count remains at 12 positions. Signal distribution (fiber and RF networks) can be scaled through external distribution amplifiers and network architecture changes. Clarify with your integrator which specific subsystems you plan to upgrade post-delivery to ensure rack compatibility and power headroom are available.

The specification confirms integrated multi-camera switching capability but does not itemize supported frame rates or format matrices (SD, HD, UHD, 50p/60p, etc.). This varies significantly by the installed vision mixer model and control software. Before purchase, obtain the exact mixer part number and confirm its format support matrix against your typical production mix. Verify whether simultaneous mixed-standard workflows (e.g., 1080i50 and UHD50 on the same output) are supported, as this directly affects your production flexibility and may require external conversion infrastructure.

The van accommodates 12 broadcast cameras with full production integration, but interoperability depends on the installed control protocol infrastructure (typically Ethernet-based or proprietary serial protocols). Camera control architecture—whether vendor-agnostic or closed—is not specified in the core specification. Before committing, request the detailed signal routing diagram and confirm control protocol compatibility with your camera inventory. If you operate mixed-vendor camera fleets, explicitly verify that RCP routing and CCU networks support your existing equipment rather than assuming universal compatibility.

Fiber distribution supports extended remote camera positioning, but maximum practical run length and optical amplification capacity depend on the installed fiber infrastructure, amplifier count, and network topology—not defined in the core specification. Stadium deployments commonly exceed 500m per camera. Request a detailed fiber plant schematic including amplifier locations, insertion loss budgets, and redundancy architecture. Confirm whether your typical venue distances and camera count (12 cameras × multiple remotes) fit within the van's optical distribution headroom, or plan for external amplification racks.

The van includes integrated autonomous power management systems, but total demand (cameras, mixing, routing, climate control, redundancy systems) is not quantified in the specification. A loaded 12-camera OB van typically draws 40–80 kW depending on camera type, recording, and cooling load. Request the power budget spreadsheet for your intended configuration. Confirm whether on-board battery/UPS capacity exists, the generator interface rating, and whether climate control can throttle during peak demand. For generator-only venues, verify the van's genlock stability and brown-out behavior to protect mission-critical live switching.

The specification confirms multiple backup systems are integrated, but the scope (PSU, vision mixer failover, routing, monitoring, storage) and hot-swap capability are not itemized. Redundancy architecture varies widely: some OB vans offer dual mixers with automatic switchover; others provide backup PSUs only. Request the redundancy topology diagram identifying which subsystems have active failover versus cold-standby backup. For mission-critical sports events, clarify recovery time objectives (RTO) and whether failover is automated or manual, as this directly impacts your live production risk posture and on-site technical staffing.

Integrated monitoring systems are confirmed, but their scope—signal presence, video quality analysis, router status, thermal data, PSU health—and remote diagnostic capability are not detailed in the core specification. Modern OB vans increasingly support IP-based telemetry and SNMP, but this depends on the installed monitoring platform and network configuration. Confirm whether the van includes a control/monitoring LAN separate from production video networks, and whether monitoring data can be exported via Ethernet or remote desktop to support distributed technical teams. This is critical for multi-site operations and prevents isolation of system failures.

Climate control systems are integrated, but operating limits and throttle behavior under extreme conditions are not specified. Most OB vans operate safely at 0–40°C ambient and up to 80% RH, but cooling performance degrades in high heat or humidity. Request the environmental envelope and verify whether cooling capacity is sufficient for your typical venue climates (e.g., outdoor summer sports in hot regions may exceed design margins). Confirm whether the van can operate safely at altitude (venues above 2000m reduce air-cooling efficiency) and what the automatic shutdown temperature is if thermal limits are exceeded. This prevents silent failures during high-stakes productions.

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.