Shelter & Container Vehicles

Trailer-type Drone Takeoff and Landing Platform

Trailer-type drone takeoff and landing platform for rapid field deployment of UAS operations.

Drone Hangar

Containerized drone hangar for storage, charging and deployment of unmanned aircraft.

SHACMAN Delong 8x4 Mobile Industrial CT Inspection Shelter

29t Expandable NDT & X-Ray CT Laboratory

This integrated inspection and CT shelter is a solution-level integration featuring a heavy-truck chassis with expandable shelter, industrial CT and inspection systems, hydraulic self-unloading outriggers, and shielding protection, custom-integrated by the body builder per customer requirements. The vehicle uses a SHACMAN Delong 8x4 heavy-duty chassis (4 axles, 8 wheels, multi-axle drive), with 29490 kg GVW, approximately 19-22 tons curb weight, and 80-89 km/h top speed. Power reference: Weichai WP10/WP12 China VI diesel 340-460 PS, matched with Fast 9/10/12-speed or ZF AMT transmission, 12R22.5 or 315/80R22.5 tires, and ABS/EBS braking. The shelter adopts steel skeleton with double-layer color steel plate and steel-lead composite shielding layer (lead equivalent 6-30 mmPb optional), supporting single/dual-side electric push-pull expansion, with single shelter area of 30-45 m2. The self-unloading core is equipped with 4 hydraulic outriggers (single leg >= 8t, whole machine lifting >= 35t), with typical workflow of drive in, extend legs, jack up, drive out, and independent operation, completing deployment and stowage within 30 min. The CT system offers optional 9 MeV/6 MeV linear accelerator or 450/600 kV X-ray machine, paired with amorphous silicon/CsI flat panel detector (16-bit, 100-200 micron), 5/6-axis turntable (load 50-500 kg, positioning +/-0.02 mm), supporting DR/cone-beam CT/spiral CT imaging, GPU 3D reconstruction within <=10 min per scan, with AI defect auto-recognition. Multi-modal integration includes industrial endoscope, UT/ET/MT/PT non-destructive testing, dimensional measurement, and 4G/5G/satellite return. Radiation safety adopts steel-lead composite shielding with high-lead glass observation window and labyrinth protective door, with outside dose rate <=2.5 microSv/h, equipped with five-fold interlock (compliant with GB 18871/GBZ 117/HJ 661). Typical scenarios cover aerospace, defense and military, heavy machinery, pressure vessels, new energy semiconductors, oil and gas pipelines, and cultural relics archaeology and forensics.

Trailer-Mounted Mobile Oilfield Work Cabin

20ft Expandable Explosion-Proof Petroleum Operations Shelter

This trailer-mounted mobile work cabin adopts a standard 20-foot container with end electric expansion, equipped with a 2-axle 4-wheel dual-tire trailer chassis, roof 5G and satellite communication antennas, top guardrail and ladder, rear dual high-power floodlights, side-mounted explosion-proof air conditioner with exhaust and electric control box, blue-white livery with 3 blue diagonal brand stripes. The shelter is a 20-foot standard container (6058 x 2438 x 2591 mm), with end electric push-pull expansion providing 30-45 m2 area, adopting steel frame with double-layer color steel plate and polyurethane or rock wool insulation. The trailer chassis is 2-axle 4-wheel dual-tire with leaf spring, tow pin, and parking handbrake, equipped with 7.50R16LT or 8.25R16LT dual tires including spare, curb weight 4.5-7 tons, GVW 7-10 tons. The 5G communication system includes 5G/4G router, Beidou/GPS, Ka/Ku mobile or static satellite communication, Mesh ad-hoc network, industrial Ethernet, and roof multi-antenna array. The energy system uses 380V mains plus UPS plus lithium iron phosphate energy storage (>=4h on outage), with optional diesel generator (10-30 kW) or roof photovoltaic (1-3 kW). Typical functional zones cover mud logging and mud analysis, well testing and oil testing, oil quality testing (water content, density, viscosity, sulfur, salt, distillation range), driller and pump operator rest cabin, 5G data relay, and tool spare parts. Explosion-proof safety configuration includes IIA/IIB explosion protection (compliant with GB 50058 and GB 3836), lightning protection grounding (<=4 ohm), static bonding, dry powder and CO2 fire extinguishers, multiple exits, explosion-proof air conditioner, and G4/F8 two-stage dust filtration. Typical scenarios include onshore conventional oilfields, desert and Gobi (Tarim, Changqing, Shengli, Qinghai), shale gas, tight gas fracturing, emergency rescue, and overseas oilfields (Belt and Road).

Ground-Based Containerized UAV Hangar

20ft Mobile Drone Nest with Auto Launch & Recovery

This ground-based containerized (mobile) UAV hangar is a container-type hangar system deployed on a ground concrete foundation, used with fixed-wing or multi-rotor UAVs. The standard 20-foot container measures 6058 x 2438 x 2591 mm, weighs approximately 3.5-5 tons, adopts double-layer color steel plate with rock wool or polyurethane insulation, operates in -30 to +55 degrees Celsius, at altitudes up to 5000 m, and withstands wind force level 6. The cabin door is an electric aluminum alloy rolling shutter door (width >= 3.2 m x height >= 2.2 m); launch and recovery support in-cabin slide-rail catapult takeoff with recovery (fixed-wing) or multi-rotor automatic takeoff and landing platform, compatible with 1.5-25 kg class fixed-wing and multi-rotor UAVs. The roof is equipped with an independent weather station (wind, temperature/humidity, rain) and multi-antenna array (4G/5G/microwave/Ka-Ku satellite communication), with a side-mounted large-size LED information screen and multi-channel in-cabin monitoring. The energy system uses 380V mains plus UPS plus lithium iron phosphate energy storage (4-8 hours continuous operation on power outage), with optional diesel generator or photovoltaic off-grid supplementation. Typical scenarios include border patrol, grassland fire prevention, police aviation routine patrol, emergency rescue, pipeline inspection, and large-event security. The in-cabin systems and operation workflow cover: automatic takeoff and landing platform (slide-rail catapult with net or arresting cable recovery; multi-rotor option uses RTK-guided automatic platform with robotic arm battery swap), automatic charge or battery swap (robotic arm docking battery compartment completes swap in <= 8 min, or contact/wireless charging reaches 80% in 15-30 min), data return link (4G/5G public network plus microwave/ad-hoc network plus high-throughput Ka/Ku satellite uplink, covering long-distance and weak-signal areas), in-cabin environmental control (industrial air conditioner plus heater plus dehumidifier, maintaining 18-28 degrees Celsius / 30-60% RH), hangar monitoring (multi-channel in-cabin cameras supporting remote real-time viewing and historical playback), weather station (roof independent weather pole collecting wind speed/direction/temperature/humidity/rainfall in real time, automatically locking catapult when threshold exceeded), side-mounted LED information screen (scrolling display of task number, airspace notice, warning text), and intelligent management and control platform (supporting route planning, task dispatch, real-time return, AI recognition of license plate/smoke/personnel, multi-UAV coordination).

ISO Shipping Container Modified Engineering Cabin

10/20/40ft Stackable Prefab Site Accommodation & Office

This engineering cabin is modified from ISO standard shipping containers (10/20/40 ft), managed as construction engineering assets and temporary facilities. The illustrated model is a 20 ft short-side side view, with left window and right door plus longitudinal double-leaf doors, exterior dark gray RAL 7004 with blue corrugated panel RAL 5015 color scheme, equipped with 8 ISO corner castings plus bottom fork slots and steel bottom side beams, retaining full shipping container stacking and lifting functions. 20 ft reference core parameters: exterior dimensions 6058 x 2438 x 2591 mm (high cube 2896 mm), internal net dimensions 5.9 x 2.35 x 2.39 m, self-weight approximately 1500 kg (base model), floating to 2500 kg with doors/windows/insulation/interior fit-out, 7-layer ISO same-spec stacking, single-layer uniform load >= 2.0 kN/m2, wind resistance 0.5-0.7 kN/m2, snow resistance 0.5-1.0 kN/m2, design life 15-20 years (reusable), operating temperature -30 to +55 degrees Celsius. Main materials adopt Q235B/Q345B steel frame plus 1.6-2.0 mm galvanized corrugated steel plate plus epoxy zinc-rich primer plus polyurethane topcoat >= 80 um. Structural and door/window highlights include: longitudinal double-leaf opposite doors (upper and lower segmented, independently or fully open, container lock rods plus high-grade exposed lock cylinder, door opening net 2.20 x 2.10 m), short-side herringbone side door (three-segment hinge plus anti-pry block plus mechanical lock cylinder, net 0.85-1.10 x 1.95-2.05 m), short-side guardrail window (12-16 mm round steel guardrail spacing <= 100 mm, openable sash plus anti-mosquito screen plus sunshade), interior wall retains original corrugated steel plate (illustrated scheme), optional color steel plate plus rock wool. Typical applications cover construction site dormitory and office, security booth, tool room and material warehouse, equipment room, temporary business hall, emergency rescue, military and police barracks, agriculture and animal husbandry, totaling 8 major scenarios.