Output: 12–13 m³/hr | Power: 30 HP | Mixer Volume: 800 L
The Atlas READY MIX–RM-1050 (Diesel Engine) Mini Concrete Batching Plant is a high-productivity, mobile batching solution designed for on-site concrete production in remote or power-deficient locations. With its powerful 30 HP diesel engine, this model delivers reliable performance without reliance on external electricity, perfect for rural, infrastructure, and tough terrain construction sites....
Read More





Engineered for Output, Reliability, and All-Terrain Operation
Provides strong torque and self-sufficient operation, enabling smooth and continuous batching where grid electricity is unavailable.
Delivers large-volume output suited for mid-sized construction, rural infrastructure, and remote RMC operations.
Mixes in one direction and discharges in reverse for uniform blending with minimal residue in the drum.
Aggregates and water are weighed independently with ±1–2% accuracy for repeatable batch quality.
Dependable, low-maintenance mini batching plant with high-volume output and robust diesel drive for off-grid sites.

Single-frame mobile chassis installs on level compacted ground and can be transported by tractor or pickup.

Reversible drum and accurate weighing deliver consistent concrete quality batch after batch.

V-belt-driven system, replaceable paddles, and centralized grease points reduce wear and servicing requirements.

No civil foundation required. Set, level, load, and begin batching within minutes.

Heavy-gauge steel fabrication and corrosion-resistant coatings withstand harsh outdoor environments.
Every element of the RM-1050 Diesel plant is designed for accuracy, durability, and mobility in challenging field conditions.

Browse our range of mobile batching units designed for efficient on-site concrete production.
CONNECT WITH US
Whether you’re expanding existing facilities or starting new projects, we’re here to help you achieve optimal results. Complete the form, and our engineers will provide a customized solution within 24 hours.
It produces 12–13 m³/hr depending on mix design and cycle time.