AJAX ARGO 4800 Self Loading Concrete Mixer

The 4.8 cu.m drum provides maximum batching capacity, making it perfect for large projects like roads, bridges, and precast structures.

The variable drum speed of 0–18 rpm ensures efficient concrete mixing and reduces the mix time on each cycle.

Electro-hydraulic control separates the engine and drum speed, optimizing fuel use while maintaining concrete mix quality.

Powered by a 101.5 kW Tata turbocharged engine with an intercooler, this machine is suited for high-load, continuous concrete transport.

The after-treatment system (SCR, DOC, EGR) meets CEV Stage V standards, lowering emissions in eco-sensitive areas.

The Common Rail Direct Injection (CRDI) system with ECU enhances engine torque, reduces noise, and supports cleaner fuel burning.

The load cell-based weighing system guarantees high precision in material input, producing concrete that meets design standards.

It works with SMART CBC to automate mix batching, store up to 10,000 recipes, and automatically manage water and additives.

This system prevents overuse of aggregates and decreases concrete rejection due to batch inconsistencies or mistakes.

The ergonomic operator station with 180° rotation improves visibility over the drum, loading bucket, and discharge point.

A high-clarity digital display and real-time alerts boost operational awareness and machine health monitoring.

An intuitive joystick system allows for easy and safe control of drum swivel, slide gate, loading arm, and bucket.

The auto mixing function offers pre-set cycle control for consistent batching and less operator workload.

The onboard telematics system provides fuel tracking, performance diagnostics, and fleet reporting through a web dashboard.

Auto cleaning and admixture dosing cut down manual cleaning time, ensuring longer machine life and precise batching.

Full-time 4WD and a 21° gradeability allow the machine to operate smoothly on hilly, muddy, or loose surfaces.

The heavy-duty 16/70–20 PR tyres with lug protection provide reliable traction and minimize slipping on rough terrain.