iDig CONNECT 2D + System
iDig CONNECT 2D+ Ssytem
The iDig CONNECT 2D+ System is a powerful and flexible machine control solution designed to deliver accurate 2D guidance for excavation and earthmoving applications. Built for contractors who want improved precision and efficiency, this system provides real-time depth, slope, and height data directly in the cab.
Featuring a touch-screen display with remote box and a complete Bluetooth sensor package, the iDig CONNECT 2D+ System offers a reliable and easy-to-use solution for everyday machine guidance tasks.
Key Benefits
• Accurate 2D depth and slope guidance for excavation work
• Touch-screen display with remote box for improved control
• Bluetooth sensor system for reliable real-time data
• Reduces over-excavation and rework
• Improves productivity and operator confidence
• Cost-effective alternative to 3D machine control systems
Designed for Efficient Excavation Workflows
The iDig CONNECT 2D+ System provides live feedback directly to the operator, helping maintain accurate levels and slopes throughout the job. The intuitive touch interface and remote box allow quick setup and easy operation, making it suitable for operators of all experience levels.
With a Bluetooth-based sensor configuration, the system delivers consistent and reliable data across a wide range of excavation tasks.
System Configuration
Included Components:
• 1 × Touch Screen with Remote Box & Hardware Kit
• 2 × BT407 Bluetooth Mini Sensor Kits
• 1 × BT411 Bluetooth Combo Sensor Kit
• 1 × BT408 Bluetooth 2D/3D Chassis Sensor Kit
This configuration provides accurate and stable 2D guidance for excavators and compatible earthmoving machinery.
Ideal Applications
• Trenching and drainage
• Footings and foundations
• General excavation
• Landscaping and final trim
• Civil and commercial earthworks
Why Choose the iDig CONNECT 2D+ System?
The iDig CONNECT 2D+ System offers a balanced combination of accuracy, flexibility, and ease of use. It’s an ideal solution for contractors who want reliable machine guidance without the complexity of full GNSS-based 3D systems.
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