FDR Road Stabilisation Technology

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FDR Road Stabilisation Technology Specification

Color
Green and Yellow

Type
Road Stabilisation Technology

Material
Heavy-duty Steel, Reinforced Alloys

Power Source
Diesel Engine

Rated Power
350 HP

Voltage
24 V (Starter) / 12 V (Control System)

No Load Speed
2200 rpm

Dimensions
8300 mm x 2350 mm x 3210 mm

Weight
19800 kg

Thread
High-Torque Drive Shaft

Maximum Working Depth
500 mm

Grade Ability
30%

Engine Type
Turbocharged Liquid-Cooled

Mobility
Four-Wheel Drive

Application
Road Base, Soil Stabilisation, Pavement Rehabilitation

Chassis
Heavy-Duty Frame, Corrosion Resistant

Control Panel
Digital Precision Monitoring

Hydraulic System
Full-Pressurized, Dual-Pump Driven

Stabilising Width
2400 mm

Safety Features
Emergency Stop, Overload Protections

Operator Cabin
Air-Conditioned, Ergonomically Designed

About FDR Road Stabilisation Technology

FDR Road Stabilisation Technology is an advanced pavement rehabilitation technique used to restore deteriorated roadways by recycling and stabilizing the entire thickness of the existing road structure. This technology allows for sustainable and cost-effective road repair, reducing the need for new materials and offering an environmentally friendly solution. FDR is a great solution for recycling existing pavement and converting it into a more stable and durable base for new layers. Moreover, the FDR Road Stabilisation Technology offers an efficient, environmentally friendly, and cost-effective method for rehabilitating roadways, particularly those that are severely deteriorated.

Precision and Efficiency in Road Rehabilitation

Equipped with digital precision monitoring and a 2400 mm stabilising width, this technology offers superior control over soil and road base conditions. The advanced system achieves up to 500 mm working depth, ensuring effective restoration and reinforcement for new or existing roads.

Operator Comfort and Safety Comes First

An air-conditioned, ergonomically designed cabin provides a comfortable workspace, reducing operator fatigue during long operations. Comprehensive safety features like emergency stop and overload protection safeguard both the machine and personnel under rigorous field conditions.

Engineered for Indian Construction Demands

Built with a heavy-duty steel chassis, corrosion-resistant frame, and powerful 350 HP turbocharged engine, this stabilisation equipment withstands challenging environments while delivering consistent performance for roadworks, soil enhancement, and pavement repairs throughout India.

FAQ's of FDR Road Stabilisation Technology:

Q: How does the FDR Road Stabilisation Technology enhance road base and soil stabilisation projects?

A: Utilising a turbocharged liquid-cooled engine and fully pressurized hydraulic system, this technology delivers high power and uniform mixing across a 2400 mm width and up to 500 mm depth. Its precise digital control panel ensures consistent performance, significantly improving road base integrity and soil strength.

Q: What are the key benefits of the digital precision monitoring control panel?

A: The digital precision monitoring system provides real-time feedback on machine operations, enabling operators to make on-the-fly adjustments. This enhances the accuracy of depth and mixing, reduces errors, and ensures that the project meets engineering standards efficiently.

Q: When should this stabilisation equipment be used during road construction?

A: This technology is best employed during initial base preparation, soil stabilisation, or when rehabilitating existing pavements. It is particularly effective prior to laying new asphalt or concrete, ensuring a strong, uniform foundation for subsequent construction layers.

Q: Where can this road stabilisation equipment be effectively deployed?

A: Designed for Indian construction environments, the machine is suitable for rural, urban, and highway projects. Its robust build and four-wheel drive offer excellent mobility across varied terrains, making it ideal for diverse soil and road repair applications nationwide.

Q: What safety features are integrated into the FDR Road Stabilisation Technology?

A: The machine is equipped with an emergency stop button and overload protection systems. These safeguards prevent operational mishaps, protect the equipment from damage, and ensure operator safety throughout demanding fieldwork.

Q: How does the operator cabin design contribute to sustained productivity?

A: The air-conditioned, ergonomically designed cabin reduces operator fatigue and enhances comfort during prolonged shifts. This supportive environment allows for alert, focused operation, thereby increasing daily output and jobsite safety.

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