The ROGUE-01 is a mobile 3D construction printer from the COP (Construction Objects Printing) series, designed for on-site additive manufacturing of buildings and structures directly on prepared foundations.
The printer is a robotic manipulator based system mounted on a mobile automotive chassis, allowing it to independently move to the construction site and operate without dismantling. The system enables concrete printing of single-story buildings, architectural elements, gazebos, fences, and various landscape structures.
The ROGUE-01 can be installed around or inside a foundation. Repositioning the printer during operation allows printing of buildings with a total area of up to 140–160 m².
The printer is built on a pickup chassis and equipped with an AMT MD130 robotic manipulator with high-power servo drives. This configuration ensures fast, precise, and stable movement of the print head within a working radius of up to 4.3 meters.
The printer requires a pressure washer and a synchronized concrete pump station. The basic configuration includes a control PC with preinstalled licensed software.
3D construction printer, Rogue-01 prints based on construction mixes (cement series 400-500), it is also use mixes with mineral additives. The system operates with fine-grained construction mixtures with aggregate fractions up to 3 mm. The mixtures are produced industrially and supplied via a dedicated mixing and pumping station.
Printing Process
Key Advantages
- High mobility and fast relocation between construction sites
- Ability to print on intermediate floor slabs and elevated platforms
- High positioning accuracy of the robotic manipulator
- Reduced installation, transportation, and logistics costs
- Suitable for dense urban environments and limited-access sites, residential construction, road-accessible sites
Price and Delivery Terms
The price of the printer depends on the selected configuration, order volume, and logistics conditions.
A detailed quotation will be provided after receiving your technical requirements.
Estimated delivery time: approximately 6 months after receipt of the advance payment.
Technical Specifications
| Parameter | ROGUE-01 |
| Equipment Type | Mobile 3D construction printer with robotic manipulator |
| Mobility Type | Robotic manipulator mounted on a vehicle chassis |
| Installation Method | Around / inside foundation |
| Primary Application | Residential buildings, small architectural forms |
| Maximum Printing Height | 3.5 m (per floor) |
| Maximum Printing Area | Up to 150 m² (with repositioning) |
| Printing Radius | Up to 4.3 m |
| Robotic System | AMTG MD130 robotic manipulator |
| Drive System | Servo-driven, multi-axis |
| Printing Speed | 1000–7500 mm/min |
| Material Feeding Pump | Peristaltic |
| Material Supply Capacity | 22 L/min |
| Printable Materials | Fine-grained cement-based mixtures with particle size up to 3 mm |
| Transport Dimensions (L×W×H) | 5330 × 1965 × 2800 mm |
| Operating Dimensions (L×W×H) | 5330 × 2800 × 3500 mm |
| Total Weight | ~4100 kg |
| Power Supply | Diesel engine / onboard power system |
| Terrain Capability | Roads, prepared construction sites |
| Typical Use Case | Suburban housing, mobile deployment |
| System Complexity | Medium |
| Industrial Duty Cycle | Professional / industrial |
Service and Support
- Delivery, installation, and commissioning
- Training of customer personnel
- Technical support and warranty in accordance with supply terms
Next Steps
| Receipt of your technical requirements | Contract signing |
| Preparation of the final commercial offer and pricing | Delivery and commissioning of the equipment |
Comparison Table: Mobile Construction 3D Printers
ROGUE-01 vs ROGUE-02
| Parameter | ROGUE-01 | ROGUE-02 |
| Series | COP (Construction Objects Printing) | COP (Construction Objects Printing) |
| Equipment Type | Mobile robotic construction 3D printer | Mobile robotic construction 3D printer |
| Base Platform | Automotive chassis (JAC T9 pickup, 4×4) | Self-propelled crawler chassis |
| Mobility Type | Wheeled, road-capable | Tracked, off-road capable |
| Installation Method | Around / inside foundation | Around / inside foundation |
| Primary Application | Residential buildings, small architectural forms | Residential and commercial buildings, complex structures |
| Maximum Printing Height | 3.6 m | 3.2 m (per floor) |
| Maximum Printing Area | 140–160 m² (with repositioning) | Up to 150 m² (with repositioning) |
| Printing Radius | Up to 4.3 m | Up to 4.3 m |
| Robotic System | AMT MD130 robotic manipulator | AMT MD130 robotic manipulator |
| Drive System | Servo-driven, multi-axis | Servo-driven, multi-axis |
| Printing Speed | 1000–7500 mm/min | 1000–7500 mm/min |
| Extrusion System | Screw-based print head | Screw-based print head |
| Material Feeding Pump | Peristaltic | Peristaltic |
| Material Supply Capacity | 22 L/min | 22 L/min |
| Printable Materials | Cement-based mixtures ≤ 3 mm aggregate | Cement-based mixtures ≤ 3 mm aggregate |
| Transport Dimensions (L×W×H) | 5330 × 1965 × 2800 mm | 2300 × 1500 × 2300 mm |
| Operating Dimensions (L×W×H) | 5330 × 2800 × 3500 mm | 2300 × 2000 × 3200 mm |
| Total Weight | ~4100 kg | ~1800 kg |
| Power Supply | Vehicle diesel / onboard power | Hydraulic + electric (hydrostation) |
| Terrain Capability | Roads, prepared construction sites | Uneven terrain, confined spaces |
| Typical Use Case | Suburban housing, mobile deployment | Dense urban sites, limited-access projects |
| System Complexity | Medium | High |
| Industrial Duty Cycle | Professional | Professional / industrial |