TorqueTech Innovations Pty Ltd

At TorqueTech Innovations, we specialize in the engineering and design of industrial gearbox systems from custom gearbox development and redesign of obsolete equipment to analytical inspections, reverse engineering, and manufacturing-ready documentation.

Our work combines product design, 3D modelling, advanced simulation (FEA & thermal analysis), and practical engineering support to deliver reliable, application-specific power transmission solutions.

📩 Let’s talk if you need precision-driven engineering support for your gearbox systems.

Where Engineering Design Meets Analytical Precision.

⚙️ Built by Engineers. Driven by Innovation.

At TorqueTech Innovations, every gearbox starts with a concept and becomes reality through the collaboration, precision, and passion of our engineering team.

Our TT-PH Series Parallel Axis Helical Gearbox is a testament to that spirit: designed from first principles, optimized through analytical validation, and realized using state-of-the-art CAD systems.

Proud of our team’s dedication to turning design challenges into high-performance power transmission solutions.

💡 Where Design Meets Analytical Precision

🔧 Case Study | High-Speed Wind Turbine Gearbox Design

A client from Angola engaged TorqueTech Innovations to engineer and validate three gearbox concepts for a wind turbine application, with the objective of selecting the best-performing solution.

The challenge:
📈 A gearbox with a 17:1 ratio
⚡ High-speed operation up to 1000 rpm (to match generator speed)
🔋 Rated for 4 kW power transmission
🌍 Designed for use in a small-scale wind turbine system

We have completed the first concept of a Planetary Gearbox applying first-principles calculations and validating the design in line with ISO 6336, DIN 3990, ISO 281, and DIN 743.

🔍 Key Results (Planetary Gearbox Concept):
Gear Root Safety Factor: 5.23
Gear Flank Safety Factor: 2.10
Safety Against Scuffing (Integral Temp): 4.02
Safety Against Scuffing (Flash Temp): 10.73
Bearing Static Safety Factor: 223.8
Bearing Nominal Service Life: 100,000,000 h
Bearing Reference Rating Life: 6,399,833 h

✅ These results confirm that the planetary gearbox is mechanically sound, with robust gear safety margins and extended bearing life.

Turbine Sizing Insight:

For a 4 kW wind turbine at 1000 rpm generator speed and assuming a rated wind speed of roughly 10 m/s, the corresponding rotor diameter would be in the range of 4.5 – 5.0 meters. This aligns the gearbox with a small-to-medium scale wind turbine application, ideal for decentralized power generation.

Next steps:

We are now proceeding with the design and validation of the second concept (Parallel Axis Gearbox) and the third concept (Power Split Gearbox). The results will be compared to determine the optimal solution for our client.
At TorqueTech Innovations, we specialize in gearbox design, validation, and optimization for wind energy and heavy-duty applications — delivering solutions that are accurate, reliable, and manufacturable.

🔧 Where Engineering Design meets Analytical Precision ⚙️
At TorqueTech Innovations, we specialize in industrial gearbox design, reverse engineering, and optimization — delivering solutions tailored to your toughest applications.

📐 From concept to detailed engineering, we ensure reliability, efficiency, and innovation in every project.

Let’s talk about how we can support your gearbox design and consulting needs.