Typical Applications
Remote infrastructure construction
Solar farm foundation works
Telecommunications tower foundations
Civil construction projects
Mining and resource sector projects
KEY FEATURES
Compact design for restricted job sites
Self-loading bucket for on-site batching
Four-wheel drive for off-road mobility
Hydraulic rotating mixing drum
TECHNICAL SPECIFICATIONS
Concrete Output
Approx. 3m³ per batch
Drum Capacity
4,850 L mixing drum
Engine
Perkins turbo-diesel, 4-cylinder – 83 kW (111 HP)
Transmission
Hydrostatic transmission with 4-wheel drive
Loading Bucket Capacity
600 L self-loading bucket
Operating Weight
Approx. 7,400 kg
PROJECT ENVIRONMENTS
The Carmix 3.5TT is designed for construction environments where traditional concrete supply is difficult or inefficient.
These machines are commonly used on remote infrastructure projects, renewable energy developments and mining sites where producing concrete directly on site improves efficiency and reduces transport delays.
The compact design and off-road capability allow operators to move easily across challenging terrain while maintaining reliable concrete production on demand.
Contact
(02) 4415 9180
0400 365 575
Unit 19, 21 Kangoo Road
Somersby NSW 2250
CARMIX 3.5TT
The Carmix 3.5TT is a high-performance self-loading concrete mixer designed to produce, transport and place concrete directly on site, with a concrete yield of yield of 3m³.
Combining loading, mixing and transport in a single machine, the Carmix 3.5TT allows contractors to produce concrete anywhere without relying on external batching plants.
The Carmix 3.5TT is a versatile self-loading concrete mixer built for construction projects where on-site concrete production is required.
With its integrated loading bucket, mixing drum and four-wheel drive mobility, the machine allows operators to load raw materials, mix concrete and deliver it directly to the point of placement. This eliminates the need for conventional batching plants and agitator trucks, making the Carmix 3.5TT ideal for remote or restricted-access job sites.
The machine is widely used across infrastructure, mining, civil construction and renewable energy projects where reliable on-site concrete production improves productivity and reduces logistics challenges.
