Description
Premium Carbon Fiber 4-Piece Rover Pole: Lightweight Precision for Professional Surveying
Ultra-Light, Ultra-Strong Surveying Solution for Australian Professionals
Elevate your surveying accuracy with our Premium Carbon Fiber 4-Piece Rover Pole – the perfect balance of strength, portability, and precision for demanding field operations across Australia’s diverse terrain.
Key Features & Benefits
🏗️ Advanced Carbon Fiber Construction
- Ultra-lightweight design reduces operator fatigue during extended surveys
- Superior strength-to-weight ratio withstands harsh Australian conditions
- Vibration dampening properties enhance measurement stability
- Corrosion-resistant finish for long-lasting performance
- Professional-grade durability built for daily field use
📏 Precision Engineering
- 4-piece telescopic design for maximum portability and storage efficiency
- Quick-lock mechanisms ensure secure, wobble-free positioning
- Graduated markings for precise height measurements
- Standard 5/8″ x 11 TPI threading compatible with all major GNSS receivers
- Adjustable height range typically 1.0m to 2.0m (customizable options available)
🎯 Professional Performance
- Minimal flex under load maintains measurement accuracy
- Weather-resistant construction performs reliably in extreme conditions
- Ergonomic grip sections for comfortable handling
- Compact collapsed length fits easily in vehicle storage
- Professional appearance reflects quality craftsmanship
Perfect for Australian Applications
GNSS Surveying Ideal for RTK rover operations, cadastral surveys, topographic mapping, and boundary determination. The lightweight design reduces operator fatigue during long survey sessions across challenging Australian terrain.
Construction Layout Perfect for site layout, elevation measurement, and construction staking. The 4-piece design allows easy transport between job sites while maintaining the precision required for critical measurements.
Mining Operations Essential for pit surveying, stockpile measurement, and compliance surveys. The carbon fiber construction withstands the demanding conditions of Australian mining environments.
Civil Engineering Excellent for infrastructure projects, utility mapping, and engineering surveys requiring precise positioning and reliable equipment performance.
Why Choose Carbon Fiber?
✅ Weight Advantage
- 40% lighter than aluminum alternatives
- Reduced operator fatigue during extended field work
- Easier transport and setup for remote locations
- Enhanced portability for multi-site projects
✅ Superior Performance
- Excellent vibration dampening for stable measurements
- Temperature stability maintains accuracy in varying conditions
- Non-conductive properties safer around electrical infrastructure
- Professional durability withstands years of field use
✅ Practical Design
- 4-piece construction maximizes portability without sacrificing stability
- Quick setup and breakdown increases field efficiency
- Compact storage fits in standard survey vehicle equipment areas
- Universal compatibility works with all major GNSS brands
Technical Specifications
| Feature | Specification |
|---|---|
| Material | High-grade carbon fiber composite |
| Sections | 4-piece telescopic design |
| Threading | Standard 5/8″ x 11 TPI |
| Extended Length | 2.0m (customizable) |
| Collapsed Length | ~60cm (varies by model) |
| Weight | ~0.8kg (significantly lighter than aluminum) |
| Graduation | Precision markings every 10mm |
| Locking | Quick-lock twist mechanisms |
Professional Applications
RTK Rover Operations Perfect for real-time kinematic surveying with GNSS receivers like the Stonex S900+ or S980+ Black Edition. The lightweight design allows surveyors to work longer with less fatigue while maintaining centimeter-level accuracy.
