iDig TOUCH 2D System

The iDig TOUCH 2D System is a compact and intuitive machine control solution designed to deliver real-time 2D grade guidance with a clear touch-screen interface. Built for contractors who want improved excavation accuracy without the complexity of 3D systems, this setup provides reliable depth and slope guidance directly in the cab.

Featuring a mini LED touch display and a streamlined sensor configuration, the iDig TOUCH 2D System is ideal for operators who want precision, simplicity, and ease of use on everyday excavation and earthmoving projects.

Key Benefits

• Mini LED touch-screen display for clear, real-time guidance
• Intuitive touch interface for fast setup and operation
• 2D depth and slope control for accurate excavation
• Reduces over-excavation and rework
• Cost-effective alternative to GPS-based 3D systems

Designed for Simple, Accurate 2D Guidance
The iDig TOUCH 2D System provides live depth, slope, and height information directly to the operator, helping maintain accuracy throughout the job. The compact touch display delivers clear visuals without clutter, making it easy for operators of all experience levels to stay on grade.

This system is well suited to contractors who want the benefits of digital machine control in a simpler, more compact package.

System Configuration

Included Components:

• 1 × Touch Screen with Mini LED Display & Hardware Kit
• 2 × D407 Mini Sensor Kits
• 1 × D411 Combo Sensor Kit
• 1 × BT408 2D Chassis Mini Sensor Kit

This configuration supports accurate and reliable 2D guidance for excavators and compatible earthmoving machinery.

Ideal Applications

• Trenching and drainage
• Footings and foundations
• General excavation
• Landscaping and final trim
• Residential and light civil works

Why Choose the iDig TOUCH 2D System?
The iDig TOUCH 2D System offers a balanced combination of visibility, simplicity, and performance. It’s an excellent choice for contractors who want to improve accuracy and efficiency on site without moving to more complex or subscription-based machine control systems.