China Battery Electric Patrol Car Manufacturer & Supplier

Every Leibin export vehicle is accompanied by full factory test reports and compliance dossiers. For North America, we supply FMVSS 500 low-speed vehicle certification documentation, 17-digit VIN encoding (ISO 3779/3780), and component test reports for DOT-stamped windscreens and lighting. For European buyers, we provide CE certificates conforming to Directive 2006/42/EC and 2014/30/EU, alongside component E-marking necessary for individual vehicle approval (IVA) or localized L6e/L7e type registration.

While 48V lead-acid systems offer lower upfront capital expense, they generate substantial ongoing costs: weekly terminal watering, terminal corrosion cleanup, high battery weight (which degrades braking efficiency), and rapid capacity loss within 18–24 months under multi-shift usage. A 72V LiFePO4 platform provides 3,500+ charge cycles (8–10 years life), draws lower electrical current for identical power output (suppressing motor heat on steep hills), supports opportunistic intermediate charging between shifts, and cuts total operating cost by over 70%.

Yes, OEM and ODM customization is handled directly on our production line. We support custom RAL paint codes, reflective vinyl police/security striping, multi-mode LED police lightbars (red/blue/amber), 100W electronic sirens with public address (PA) microphones, lockable tactical weapon racks, custom ABS roof storage racks, enclosed weather-proof lockable doors, and auxiliary USB/12V communication power sockets.

With our standard 72V 105Ah LiFePO4 battery pack, a 4-seater patrol car achieves between 80 km to 100 km of real-world cruising range. When equipped with our long-range 72V 205Ah battery pack, the operating range extends to 140 km–160 km on a single charge. Auxiliary emergency lightbars and radio systems are supplied through high-efficiency isolated DC-DC converters, consuming less than 4%–6% of total traction battery capacity across an entire 8-hour shift.

We provide a comprehensive factory warranty: 5 years or 10,000 hours on LiFePO4 battery packs, 3 years on AC synchronous traction motors and controllers, and 2 years on the main chassis and suspension assembly. For overseas fleet operators, we stock critical replacement parts (brake pads, steering knuckles, relays, fuses, switches, and windshields) ready for fast air courier dispatch within 48 hours, alongside complete bilingual schematic wiring manuals and video-based engineering diagnostics.

Vehicles are prepped with anti-corrosion marine sealants and wrapped in heavy-duty polyethylene stretch film. Depending on customer preference, we either utilize custom-welded structural steel crates that allow double-stacking in dry shipping containers (maximizing freight efficiency) or build custom Roll-On/Roll-Off (Ro-Ro) / Fully Assembled container dunnage with heavy-duty tire harness strapping. Every container load is inspected and photo-documented prior to port gate-in.

Absolutely. Our tubular steel chassis undergo a multi-stage immersion phosphating and cathodic electrodeposition (E-coat) process, followed by thermoset powder baking to resist saltwater fog and high-salinity coastal environments. In high-temperature desert regions (Middle East, North Africa, Southwestern USA), our intelligent battery management system (BMS) incorporates automated thermal cutoff protection, operating reliably up to +60°C ambient temperatures.

Standard configurations (white or black body with standard light package) carry a manufacturing lead time of 15 to 20 business days from deposit and spec confirmation. Custom fleet configurations (specialized municipal paint codes, custom lightbar systems, solar recharge hardtops, or enclosed weatherproof doors) require approximately 25 to 30 days. Priority production slots are available for government tenders and urgent municipal emergency response deployments.