Engine Block Heaters — Trucks, ATVs & Snowmobiles
A Vvkb engine block heater plugs into any 110V or 230V outlet and warms your coolant to 149°F (65°C) before you turn the key. Every model has a built-in pump that circulates warm coolant through your engine block — protecting your oil, seals, and cylinders from cold-start wear. Six models cover everything from ATVs to heavy trucks and generators.
VVKB ATV, UTV & Snowmobile Engine Block Heater — Built-in Pump, Warms Up in 30 Min
VVKB ATV, UTV & Snowmobile Engine Block Heater — Built-in Pump, Warms Up in 30 Min
VVKB Titan-P3 Engine Block Heater — For Trucks, Tractors and Heavy Equipment
VVKB Titan-P3 Engine Block Heater — For Trucks, Tractors and Heavy Equipment
Vvkb Titan-B1 Compact Engine Block Heater — 1200W for Cars, ATVs and Snowmobiles
Vvkb Titan-B1 Compact Engine Block Heater — 1200W for Cars, ATVs and Snowmobiles
Inline Engine Block Heater for Trucks and Generators — Titan-P5
Inline Engine Block Heater for Trucks and Generators — Titan-P5
Inline Engine Coolant Heater with Pump — Titan-P4 for Large Trucks and Heavy Equipment
Inline Engine Coolant Heater with Pump — Titan-P4 for Large Trucks and Heavy Equipment
Titan-P6 Inline Coolant Heater — No-Pump Engine Block Heater
Titan-P6 Inline Coolant Heater — No-Pump Engine Block Heater
Which Heater Fits Your Vehicle
| Model | Best For | Power | Key Feature |
|---|---|---|---|
| Titan-P1 | ATV, UTV, snowmobile, small car | 500W–2000W | Compact, dual thermostat |
| Titan-B1 | Compact car, ATV in extreme cold | 1200W | Die-cast aluminum body |
| Titan-P3 | Truck, tractor, 4×4, marine | 1000W–2500W | 90° ports for tight engine bays |
| Titan-P4 | Large truck, big diesel, marine | 1000W–2500W | 180° straight ports, smooth flow |
| Titan-P5 | Truck, generator, heavy equipment | 1000W–3000W | Highest output in the lineup |
| Titan-P6 | Any vehicle — no pump required | 600W–2000W | Thermosiphon, no pump needed |
How an Engine Block Heater Works
You plug it into a standard 110V or 230V outlet 30–60 minutes before starting your engine. The heating element warms your coolant to 149°F (65°C), and the built-in pump circulates that warm coolant through your engine block. By the time you turn the key, your oil viscosity is already reduced, your seals are flexible, and your cylinders are at a temperature where combustion happens cleanly — not at a cold-start penalty.
What Stops Most Cold-Start Damage
Most engine wear happens in the first 30 seconds after a cold start — before oil reaches full pressure and circulation. A Vvkb engine block heater eliminates that window entirely. At 149°F (65°C), your coolant is warm enough to bring oil viscosity down to near-operating levels before the engine fires. You get cleaner combustion, less battery strain, and a starter motor that isn't fighting a cold, stiff engine.
CE & TÜV Certified — Independently Tested
Every Vvkb engine block heater carries CE and TÜV certification — not self-declared, but independently tested by a third-party authority. TÜV requires physical product testing for electrical safety, thermal performance, and long-term reliability before certification is issued. You get a heater that has passed the same testing standards required for the European market.
Installation Overview
Installation takes 1–2 hours and requires basic hand tools. Every model comes with all necessary fittings and a printed installation guide.
- Cut into your coolant hose and connect the inlet and outlet ports to the heater.
- Mount the heater at the lowest point of the engine — outlet port facing upward.
- Refill your coolant and bleed all air from the heater and hoses before powering on.
- Plug into a 110V or 230V outlet — the built-in thermostat shuts off automatically at 149°F (65°C).
Watch the full installation walkthrough: Vvkb Engine Block Heater Installation Video
FAQ
Which Vvkb engine block heater fits my vehicle?
Use the selection table above — it matches each model to a vehicle type. In short: Titan-P1 for ATVs, UTVs, and snowmobiles; Titan-B1 for compact cars in extreme cold; Titan-P3 for trucks, tractors, and 4×4s; Titan-P4 for large trucks with straight-line hose routing; Titan-P5 for heavy equipment and generators; Titan-P6 for any vehicle where you prefer a no-pump thermosiphon setup.
What is the difference between the Titan-P6 and the other models?
The Titan-P6 has no built-in pump — it uses thermosiphon circulation, the natural movement of coolant as it heats up. All other Titan models have a built-in pump that actively pushes warm coolant through the engine. Pump-equipped models warm up faster and work better in complex cooling systems. The P6 is simpler to install and suits vehicles where passive circulation is sufficient.
What voltage do I need — 110V or 230V?
110V is for North America. 230V is for Europe, Australia, and most other regions. Each model ships with a plug that matches your region. If you're unsure, check your garage outlet — North American standard outlets run on 110V.
Do these engine block heaters work with diesel engines?
Yes — and diesel engines typically benefit more. Diesel combustion requires higher compression temperatures to ignite, which makes cold starts harder and wear higher than with gasoline engines. A Vvkb engine block heater brings coolant to 149°F (65°C) before you start, significantly reducing that cold-start window.
How long before starting should I plug in the heater?
30–60 minutes is enough for most vehicles at temperatures down to -4°F (-20°C). Below -22°F (-30°C), allow 60–90 minutes. The built-in thermostat cuts power automatically at 149°F (65°C), so there's no risk of overheating if you leave it a bit longer.
Is it safe to leave plugged in for several hours?
The thermostat shuts off at 149°F (65°C) and restarts at 113°F (45°C), so it cycles on and off rather than running continuously. That said, we don't recommend leaving it plugged in overnight — 30–60 minutes before you start is all you need.
Do these work on diesel generators?
Yes. The Titan-P5 (1000W–3000W) is the recommended model for generators and heavy equipment. It connects inline to the coolant system and keeps the engine warm between uses — reducing wear on startup and helping generators reach operating temperature faster in cold environments.
