We conducted an advanced market analysis along with the concepts, structure, and design for an electric bike. The vehicle ideally suited for delivery purposes: loads up to 60kg (130lbs), placed products don’t flip over in the cargo compartment, the vehicle is stable during the winter conditions.
The model has been in production for 3 years. The mileage of the first 30 bikes achieved 80,000 km. (all bicycles are still operating). Components are unified for the bicycle range. Backward compatibility with previously released models. Local frame production (even within garage facility), local assembly. Wholesale terms of supply of hundreds of bikes are achievable within a couple of months.
The most reliable model of two-wheel electric bicycle on the market. The lifespan exceeds 70,000 km. Maintenance period is 15,000 km (brakes pads, and tires). Rapid and simple maintenance. Components are available worldwide.
For the existing model of patrol robot we created electric power controllers for motors and API for the wheels management of upper-level systems. Given the shortest terms (2 months) we came up with a concept of an external layout and industrial design solution.
Unique value proposition: to design the automatic fulfillment system for nano-warehouses for order processing of last-mile delivery supply chain. A worker is capable of “pick-and-pack” hundreds of orders per shift with help. The “robotic rack” increases storage capacity by 30%. The system is customizable under business purposes along with seamless integration to the process.
In-house power controllers (circuit design and firmware) are capable of driving vehicles weighing from a couple of kgs to tens of tons.
Typically, the technology applied in scooters, bicycles, robots, and cars. Sensor-based and sensorless Field Oriented Control (FOC) modes are applied into technology. Ability to work with a reduction of a field. Pulse-width modulation (PWM) and Sine. CAN, UART, Encoder. Recuperation, protection from current and voltage. Combined multiple controllers via CAN. Temperature sensors of controller and motor. Management of speed, current, power, etc. according to the Statement of Work (SoW).
At this time, our client operates simultaneously up to 2000 devices using our in-house robust sharing platform. The system consists of two modules: company management module with device monitoring and a user interface. The platform administrator receives data from devices and can communicate with the customer in real time mode.
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We prepare a Statement of Work (SoW) depending on your needs and business purposes. The end result is a successful product with the stated characteristics, milestones, deadlines, and budget.
Using our proprietary developed electronics for robotics and electric transport - starting from board layout and up to microcontroller firmware - an enormous advantage for businesses and startups.
Prototype production (R&D and pre-series) using all modern technologies, CNC, 3D-printing, composite casings, etc.
Provide the full range of manufacturing equipment for small and medium production series, working with designated contractors for mass-production in China.
An end-to-end informational system to your technological solution.
You will get not only the attractive design by the final stage, but the specification of optimal production cycle.
It's worth a lot!
We are experienced with the most sophisticated projects from last-mile delivery & mobility industries. Ready to compete with any agency in the world.
We partner with suppliers from around the world and match the right components for your product.
We are a team of entrepreneurs and develop not only for clients but for ourselves.
To compete in the global market, we headhunt the best specialists and work with the verified contractors.
We know how to bring the desired product to the mobility market. Unlike other conventional engineering agencies, our business is driven by our clients' goals. We may provide valuable consulting services about the market conjunction for any given “crazy” concept.