VENUS ULTRA 3.0 Self Loading Concrete Mixer

Powered by the KOEL 4R 1190 NA BS IV engine, it delivers 74.5 HP at 2200 RPM for high-torque output in tough job site conditions.

The BS IV-compliant engine ensures low emissions, better fuel economy, and a long engine life under harsh conditions.

Designed to support long hours in remote construction zones, where machine reliability and durability are critical.

It offers a concrete drum output of 3.0 m³ per batch, perfect for real estate, urban infrastructure, and industrial foundation work.

The drum rotates at 0–20 RPM to guarantee uniform mixing, resulting in high-strength, work-ready concrete right on-site.

Eliminates the need for transit mixers by enabling on-demand, on-site concrete production with consistent quality.

The 4WD system boosts traction and mobility, allowing smooth navigation over rough, muddy, or uneven construction terrain.

The crab steering mode offers lateral movement, which is crucial for working in tight, congested construction sites or near urban layouts.

Ideal for confined spaces, providing excellent maneuverability without losing stability or control.

The machine weighs 6980 kg, ensuring stability and control during full-load travel and mixing.

It measures 6135 mm (L) × 2140 mm (W) × 2860 mm (H), allowing it to fit easily through narrow job site access points.

This design makes it durable and versatile, suitable for both remote locations and high-density construction zones.

It includes a 650 L water tank for continuous batch mixing and drum cleaning, cutting down the need for external water sources.

The 100 L fuel tank supports extended operations without frequent refueling, making it perfect for long days at rural job sites.

Additionally, a 100 L hydraulic tank powers critical systems like drum movement and bucket operation reliably throughout the day.

It reaches a max speed of 25 km/h, reducing transit time and boosting overall productivity on larger job site layouts.

It can handle slopes up to 23°, making it well-suited for hilly terrains, mining roads, and elevated construction works.

Its design allows for multi-terrain use, enabling operators to work efficiently across urban, industrial, and off-road environments.