TaskOne

What it does

TaskOne is a modular electric UTV designed for construction, mining, and energy sectors. It solves on-site transport and logistics challenges by offering high mobility, zero emissions, and flexible configurations for both personnel and equipment movement.

Your inspiration

The inspiration for TaskOne came from observing the growing need for efficient, eco-friendly mobility in harsh industrial environments. During field research and interviews with workers in construction, mining, and energy sectors, it became clear that existing vehicles lacked the flexibility, safety, and sustainability required for modern job sites. Most UTVs were either too hobby-oriented or not robust enough for professional use. The idea was to design a modular electric vehicle that could adapt to different tasks, reduce emissions, supporting global sustainability and mobility trends.

How it works

TaskOne is powered by two electric motors that together produce 40 kW (53.6 hp) and 560 Nm of torque, enabling strong traction on rough terrain. It uses a 28 kWh LFP (Lithium Iron Phosphate) battery, which can be fully charged in 3.5 hours with standard charging or 30 minutes using fast charging. Once charging is complete, a smart system (SSM) automatically cuts off power to protect the battery. The vehicle features a modular design: it can be configured for either two or four passengers, and its rear cargo area can switch between a flatbed or enclosed space. Side panels called “lift-up panels” add extra height to secure tall items. For safety, TaskOne includes Environmental Safety System, which detects nearby objects and activates emergency braking while alerting with lights and sound. The vehicle also includes multiple storage areas, Molle panels for attaching tools, and external ports for connecting accessories, making it highly adaptable for field use

Design process

The design process for TaskOne began with extensive field research and interviews with workers in construction, mining, and energy sectors. These insights revealed a clear demand for a compact, sustainable vehicle capable of handling both personnel and equipment transport. Next, a market and competitor analysis was conducted, focusing on existing UTVs like Polaris and Can-Am. These products lacked modularity, advanced safety features, and electric alternatives tailored to industrial use. Based on this, a set of functional requirements was established, prioritizing electric power, modularity, and sector-specific utility. Initial concept sketches explored different form factors and cargo configurations. Digital CAD models followed, testing multiple layout variations. Full-scale ergonomic mock-ups were created to test seat positions, cargo accessibility, and control placement for users between 150–185 cm in height. After refining the design, a 3D-visual prototype was produced to validate proportions, surface quality, and component layout. Storage areas were expanded, charging port location optimized, and the flatbed was reconfigured to support extendable panels. Feedback from industrial professionals helped validate the final concept and ensure real-world functionality.

How it is different

TaskOne stands out through its modularity, sector-focused design, and electric platform tailored for industrial use. Unlike typical UTVs built for recreational or general use, TaskOne is engineered specifically for harsh environments like construction and mining. It offers flexible configurations—switching between two or four seats and expanding its cargo area into a flatbed—allowing it to adapt to various work scenarios. Its Environmental Safety System (ESS) actively detects nearby obstacles and triggers emergency braking, a feature rarely seen in UTVs. The smart battery management system (SSM) ensures safe and efficient charging, reducing downtime. With integrated storage spaces, Molle panels for tool attachments, and external accessory ports, TaskOne supports real-life field needs. Combined with zero emissions and low operating costs, it delivers a sustainable, professional-grade solution unmatched in its category.

Future plans

The next steps for TaskOne include building a functional prototype to conduct real-world performance and durability testing. Collaboration with HİDROMEK’s engineering team will refine the design for manufacturability. Business-wise, the goal is to position TaskOne as part of a new sustainable product line targeting both domestic and international markets. Future plans involve integrating autonomous capabilities, expanding accessory modules, and exploring partnerships with municipalities and mining firms. Ultimately, TaskOne aims to become a versatile, scalable solution for industrial mobility challenges.

Awards