Rhino® Method
A high-performing machine is a controlled machine
Each model, a demanding technical standard
Each model is developed according to demanding technical standards and a structured specification document. Engineering does not stop at mechanics.
It encompasses electronic architecture, remote-controlled operation, embedded programming and safety systems.
This overall consistency makes the difference.
A field-oriented approach
Rhino machines are not designed in the abstract. They are developed based on real-world operating constraints.
Harsh conditions
Developed for extreme slopes, rough terrain and areas inaccessible to conventional equipment.
Intensive use
Designed for demanding professional work cycles, day after day, season after season.
Operator safety
Remote operation as a direct response to the inherent risks of dangerous job sites.
Field feedback drives technical evolution. Every improvement is integrated into the next generation.
Precision depends as much on electronics as on structure
Responsiveness, control and consistency over time — this is what complete mastery of our onboard systems guarantees.
Remote control systems
Complete mastery of long-range communication protocols for reliable and responsive operation.
Electronic boards
Optimization of onboard systems for consistent performance in all conditions.
Safety programming
Active safety logic to protect the operator and the machine in all circumstances.
Control stability
Responsiveness, precision and consistency of control guaranteed in real-world operating conditions.
A Rhino machine is not frozen in time
Designed to evolve, with proprietary specifications that allow improvements to be integrated without compromising overall consistency.
Production under control
Manufacturing follows strict industrial standards defined upstream. Strategic components, mechanical tolerances and safety systems are selected and validated according to our criteria.
Validated strategic components
Every key component is selected and qualified according to our own performance and durability criteria.
Controlled mechanical tolerances
Adjustments and assemblies meet defined tolerances to ensure reliability and longevity.
Safety validated on every unit
Safety systems are tested and validated before shipment, without exception.
Production is industrialized. Design and methodology remain controlled.
What the Rhino® Method represents
A coherent overall vision, from design to field use.
Long-term vision
Every technical decision is made to last, evolve and withstand the test of time.
Cross-disciplinary expertise
Mechanics, electronics, control and safety form a coherent and integrated system.
Capacity for evolution
Proprietary architecture designed to integrate improvements without compromising the whole.
Field-rooted
Real-world usage feedback drives every development and improvement cycle.
The Rhino® Method is embodied in every model in our range. Explore the machines that bring this vision to life.
View the range