Helical Traction can replace multiple mechanical parts in a single system =

Reduction of capital costs. 

Reduction of maintenance costs.

Lower sources of breakdowns. 

Lower sources of energy losses.

HubTrack® can run with electric or combustion, hydraulic, air pump engines, with optional gear transmission, drum or disk brake, chain, cable, belt & roller systems = 

Economies of scale & scope with cross-technological integration.

  • The HubTrack® helical drive system is a revolutionary advantageous all-in-one traction & transmission solution that can provide ''7 in 1'’ functions. 

Benefits of the HubTrack®Transportation Systems

Economic, Simple, Compact & Rallying Technology



Low-Cost Energy Consumption

0.137 kWh per ton per kilometer *


Helical traction can display a very low energy consumption ratio for a given load capacity over a given distance achieved in length & height in comparison to other existing rail locomotive driven means =

Lower operational costs.


The HubTrack® energy consumption can outperform the best ratios of energy consumption for material handling achieved by autonomous rail locomotive vehicles**.


*The results herein disclosed are provided with all reserve, and rely on digital measurements & conventional scientific calculus that can be provided for a third party thorough review.

** Conventional electric trains consumption ranges from 0.33 to 0.64 kWh per ton per kilometer at best, and between 0.9 and 1.4 kWh in average.


Efficient Energy Consumption & Powerful Traction

90% & over under acceleration moment *


80% & over at constant speed along an incline of 12° *

Helical traction can transfer energy efficiently along speed variations & can deliver constant torque efficiency under continuously high resistance moment such as to perform along accelerations and steep inclines =

Optimal operational costs & performance.

Helical traction delivers a smooth, low wearing, direct & powerful acceleration, meaning a low resistance traction-transmission at high torque moment.


* The results herein disclosed are provided with all reserve, and rely on digital measurements & conventional scientific calculus that can be provided for a third party thorough review.


Optimal Efficiency, Cost Management & Added Value

HubTrack® enables optimal on-demand management & greater freedom of execution in comparison to single flow conveying systems & to locomotive power output's efficiency range =

Optimal cost management.

The HubTrack® drive vehicles can operate continuously or variably, individually or interdependently in series =

Added value solution to all logistics operations.

All-in-One Rail Design for Efficient Operations


The HubTrack® tubular rails are enforced with external multi-functional brackets & lateral flat bar edges =

Fully integrated, self-constituted & readily operational guideway solution.


Multi-functional & multi-modal HubTrack® core design to generate economies of scale & scope  =

Customized HubTrack vehicles at lower capital costs.

Scalable & modular on-demand design for all market access =

Multi-sectoral integration at better costs.

Affordable Core Design & Scalable Integration


Practical, Safe & Easy Deployment

The HubTrack® tubular rails can be conveniently transported & embedded into each other =

Cost efficient distribution & storage.


The HubTrack® rails can be hand-carried safely & manipulated individually with as little as one or two operators =

Affordable installation.


The HubTrack® rails can be handled by most kinds of rolling equipment such as forklifts, cranes & other mobile handling systems =

Easy installation.


Fast, Easy & Low-Cost Implementation

Less landscaping work & direct implementation onto ground surfaces & overland structures =

Faster, easier & low-cost solution implementation.


Lost-Cost, Simple, Fast & Safe Assembly

Simple modular assembly of the HubTrack® rails' end-to-end brackets =

Simple solution.


5 to 10 minutes to assemble two sections together =

Low-cost assembly.


Reduction of workforce and of labor time =

Safer assembly operations. 


Practical, Movable &

Adjustable Rail Product Concept 

Readily operational infrastructure to overcome obstacles such as gaps & height levels =

Practical solution.

Lower cost access. 


Movable & adjustable applications such as ramps for the inter-modal transshipping of material =

Universal transloading platform.


Low-Cost Maintenance & Less Breakdowns

Integrated self-cleaning forward motion with axial rotation to toss out debris = 

Low-cost maintenance.

Lower breakdown risks.

Safer mobility. 


Safer & Reliable Flow of Operations

''Wheel-in-Rail'' design, with tubular rails hold the helical drive wheels firmly encircled within the tubular rail guideway =

Risk reduction of derailments. Lower material losses.

Lower labor incidents.

Lower equipment breakdowns. Better supply chain flow.

     Benefits of the HubTrack® Design & Drive System


  • Greater access through overcoming seamlessly multiple transit systems, distances & gaps in single transshipping operations.

  • Utilization time maximization of relating handling & transit systems.

  • Reduction of downtime & of bottlenecks along the transit chain.

  • Fewer handling operations through direct & seamless multi-modal guideway links.

  • Shorter cycle time & lead time of mobile storage & multi-modal transshipping operations.

  • Optimal input cost to output value with exact on-demand availability & capacity.

  • Lower operational costs through lower energy consumption & greater energy conservation.

  • Greater energy autonomy for a given energy supply.

  • Risk reduction of cargo losses & of potential labor incidents.

  • Fewer & cheaper replacement parts.

  • Quicker repair downtime & less maintenance.

  • Cheaper custom design of guideway & vehicle.

  • Economies of scale over production of guideway & vehicle through core design manufacturing. 

  • Faster & simpler guideway installation.

  • Readily operational drive vehicle & guideway systems.

  • Added value to existing transit & infrastructure systems.

  • Quicker displacement of greater volume for greater throughput.

  • Greater labor productivity.