TWINTILT HITCH
Available for 18T – 23T
Starting from (ex. GST) $11,319 AUD $18,865 40% Off
Or with AB 0% Finance from $97/week (ex. GST)
A precision dual-axis tilting hitch designed for excavators, delivering ±45° tilt in two independent planes, full hydraulic quick-hitch compliance, and reliable performance across grading, finishing, and tight-access applications.
Single-Axis Limitation
Standard tilting hitches tilt in one plane only. Cross-grade and compound-angle work still requires machine repositioning — adding time and fuel to every finishing pass.
Attachment Changeover
Using separate tilt and rotate attachments adds coupling time and hydraulic complexity. Two tools where one should do the job.
Repositioning Overhead
Without dual-axis tilt, operators must move the machine to achieve the right working angle. More travel, more compaction, more fuel per metre of finished grade.
Safety Compliance Gaps
Many tilting hitches sacrifice safety certification for extended range of motion. On Australian worksites, compliance is non-negotiable.
Built for operators who need full plane control from a single hitch, the TwinTilt features independent dual-axis hydraulic cylinders, triple-lock retention, and Australian standard compliance for precise, confident attachment positioning at any working angle.
01
Dual-Axis Hydraulic Cylinders
Independent cylinders drive tilt in two planes simultaneously. Full ±45° range in both axes — complete working plane coverage from a single hitch position.
02
Triple-Lock Retention
Three independent locking points secure attached tools regardless of tilt angle or hydraulic pressure. Certified compliant with Australian safety standards.
03
Two-Hose Hydraulic Circuit
Simplified two-hose circuit minimises routing complexity and failure points. Fast changeover, clean installation, no greasing schedule required.
04
Integrated Buzzer & Harness
In-cab audible feedback at every lock and unlock cycle. No guesswork on tool retention status regardless of tilt position.
Dual-function tilt and rotate hitch for maximum attachment versatility.
Technical Specifications
Every specification engineered with intent. Every measurement field-tested under real Australian conditions.
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