The HELIX family of robots is named for its unique mobility. Helical, screw-shaped pontoons allow HELIX to float on water or scroll across any terrain, including mud, snow, ice, and rocks.

We originally built HELIX for mining operations in Northern Canada, some of the harshest conditions in the world. We needed a robot that could carry heavy payloads across tailings ponds, in conditions that can be wet, muddy, snowy, and often sticky (sometimes all on the same day).

No technology could handle all of the required situations: boats could not handle shallow water or debris, aerial vehicles couldn’t carry the required payloads, and tracked or wheeled robots sank in the mud.

Inspired by designs of the past, we have modernized the screw-drive concept and developed HELIX, a patented combination of screw-propulsion and four-wheel drive capable of remote and autonomous operations.

Benefits of Using Helix

  • Goes anywhere

    HELIX can successfully traverse hard ground, mud, tailings, snow, ice, and water. With 4-screw, skid-steer capabilities, HELIX can manoeuver specialized payloads into the most inaccessible of terrains.

  • Ability for heavy payloads

    HELIX is designed to float on water or saturated soils and muds. Its large deck platform and high buoyancy allow heavy work such as water and mud sampling or geotechnical measurements, and add-on tanks allow for high push and pull forces.

  • Health and safety

    Workers remain in safe environments while robots do the dangerous work. This is not only good practice, but a significant cost savings as well. HELIX can even be used to tow a stranded boat and/or be modified to act as a rescue vehicle.

  • Cost savings

    Robots require fewer labour and equipment hours and are less expensive than conventional equipment, allowing more timely information to be gathered at lower cost. Robots can be used with fewer safety planning hours and be operational more quickly. The machine can be transported by one person, aided by HELIX. HELIX 25 (80 kg) and HELIX-S are small enough to be hand carried.

  • Green solution

    Our electrically-operated robots have no emissions and can be made intrinsically safe to help industrial operations become more sustainable.

Features

  • Patented Amphibious Scroll Drive

    The propulsion system of the HELIX has four individually driven scrolls, which act either as screw propellers or as wheels, depending on the situation. The scrolls of the HELIX are high-strength aluminum for durability and low weight, allowing good maneuverability in both screw propulsion and rolling, without compromising the payload that the HELIX can carry. The geometry of the scrolls is tuned to deliver optimal hydrodynamic performance. Other materials can be used for extreme environments, or for operations with less strenuous requirements.

  • Telemetry

    The HELIX operates in either remote control or autonomous mode. In either case, there is ongoing communication between the rover and the operator who monitors the rover. In remote control mode, there is a separate radio controller as well as a digital radio link for telemetry. Rover performance and health monitoring is also archived on board the machine. Time stamps ensure that sensor and geographic information are accurately recorded. This approach to data acquisition enables data analytics and real-time feedback, which allows users to adjust as conditions change, decreasing costs while ensuring reliability.

  • Way Point Navigation

    Copperstone has extensive experience with autopilots. The desired path is described with a set of points, which the rover drives through while navigating along the path, and blending the motion to avoid overshooting. The distance between points can be user selected, and future features will allow for automatic path planning in a region defined simply by an operator on a map.

  • Electric drive

    The HELIX uses permanent-magnet DC electric drive motors, which give a wide range of performance for both high torque and speed. Two configurations are available: internal hub motors which simplify field maintenance of scrolls, and external drive motors and final drive for higher performance configurations. An optional 2-speed transmission on some models allows an even higher performance range

  • Customizable payloads

    The payload bay of the HELIX allows for sensors and samplers to be mounted directly onto the rover, either in the middle of the rover or on the ends. Power and communication to an on board computer are available.

Helix 25

25 kg payload. Well suited for bathymetry or light payloads, surveillance and sampling.

Helix AR2

300 kg payload. Highly capable and customizable platform for heavy duty work.

Use Cases

HELIX is a specialized delivery platform that can bring a variety of sensors and sampling tools to hazardous areas:

  • Bathymetry to understand fluid depth and volume studies
  • Geotechnical measurements on difficult to access beaches
  • Remote inspection of hazardous environments
  • Sample collection
  • Autonomous Surveillance
  • Remote Inspections

Learn more about Use Cases

Customizations

HELIX is a specialized delivery platform that can bring a variety of sensors and sampling tools to hazardous areas. HELIX can be ordered or customized in a variety of sizes and dimensions to maximize its utility for you. Custom sizes can vary from a small pipe crawler to heavy duty payload deployment or anything in between.  HELIX is typically fabricated primarily with aluminium and can be customized in a variety of materials for chemical compatibility in extremely harsh environments. Stainless steel or titanium are options. HELIX scrolls can also be fabricated with low cost, high strength polymers and composites.  Contact us to discuss your unique needs.

Payloads currently available include bathymetric sensors (single and multi-beam sonar, sub bottom profilers),  remotely deployed geotechnical instruments with automatic measurements (vane shear viscometer and cone penetrometer), water and soil samplers based on industry standard methods, a deployment mast to deliver tools below the surface down to 4 m depth or more, a tooling magazine to do more than one measurement or sampling task in a single mission, and an auger to access regions of interest below ice or soil crusts.