VENUS ULTRA 4.0 Self Loading Concrete Mixer

Powered by the KOEL 4R 1190 TA BS IV engine, it delivers 110 HP at 2200 RPM for high-output concrete mixing and transit operations.

The BS IV compliance ensures eco-friendly performance with fuel efficiency, ideal for long duty cycles on challenging terrains.

Built for large infrastructure, real estate, and roadwork projects, providing consistent power in harsh job site conditions.

The drum output of 4.0 m³ per batch is perfect for bridges, buildings, and road construction requiring high concrete volumes.

It offers a mixing speed of 0–20 RPM, producing homogeneous concrete ready for immediate application without reprocessing.

Eliminates reliance on stationary batching plants, ensuring on-demand, site-ready concrete delivery with precision and speed.

Built with full-time 4×4 drive for excellent off-road performance and traction in muddy, rocky, or uneven terrains.

The advanced crab steering mode allows for lateral movement, improving navigation and discharge in tight construction spaces.

Ideal for remote sites and urban areas where space efficiency and agile movement are essential.

Weighing 8320 kg, the mixer maintains stability and balance under full load while traveling or mixing.

Its compact dimensions of 6795 mm (L) × 2390 mm (W) × 2920 mm (H) allow easy access to narrow or crowded job sites.

Delivers the right mix of power, capacity, and portability, making it a versatile solution for mobile concrete needs.

It comes with a 1000 L water tank, ensuring multiple mixing and cleaning cycles without frequent refills or interruptions.

It features a 100 L fuel tank and a 650 L loading bucket, offering continuous operation for long shifts at remote locations.

The hydraulic system, supported by a 110 L oil tank, powers all movements, enhancing efficiency and minimizing downtime.

It reaches a top travel speed of 29 km/h, allowing for fast material movement between loading, mixing, and pouring areas.

It can climb gradients up to 23°, making it excellent for hilly terrains and sloped job sites without losing traction.

This machine supports quick cycle times and terrain versatility, helping maximize concrete output and reduce labor-intensive repositioning.