Engineered to support carbon-neutral last-mile solutions and urban resort transit schemes across Saudi Arabia's premier developing micro-hubs.
The Kingdom of Saudi Arabia is executing one of the most ambitious infrastructural transformations in history. With the target of achieving 30% electric vehicle adoption in Riyadh by 2030 and a wider national net-zero greenhouse gas emission trajectory by 2060, the demand for specialized, high-durability electric vehicles has surged exponentially.
Giga-projects like NEOM, the Red Sea Project, Qiddiya, and Diriyah Gate are designed from the ground up as smart, car-free, or low-emission communities. In these environments, micro-mobility tools—such as tourist electric tricycles, commuter electric scooters, and specialized light transport options—serve as the arterial network connecting transit hubs to residential zones, heritage sites, and resort villas.
Operating in the Gulf region presents severe technical challenges: ambient summer temperatures exceeding 50°C, highly abrasive sand dust, and elevated coastal humidity. Achieving operational reliability demands rigorous, heavy-duty industrial design, sandproofing (IP65/IP67 ratings for core motor/BMS systems), and advanced thermal management profiles that standard consumer-grade products simply cannot sustain.
Understanding the evolutionary trends of global micro-mobility and how our R&D engineering translates into future-proof products.
Implementation of custom lithium iron phosphate (LiFePO4) cell topologies characterized by extreme structural stability under ambient spikes, paired with hermetically sealed control boards to repel Saudi desert sand ingress.
Deployment of advanced fleet telematics hardware natively supporting 4G/5G protocols, offering resort operators and urban councils granular control over geofencing parameters, remote diagnostic resets, and energy reserve status.
Designing low-voltage autonomous return paths and solar-integrated smart parking frames tailored to Saudi's sun-abundant climate, allowing municipal micro-fleets to achieve true zero-carbon operations independent of grid strain.
Established in 2015 and headquartered in Linyi City, Shandong Province—a pivotal logistics and industrial node bridging the Bohai Economic Circle and the Yangtze River Delta—our enterprise has evolved into a tier-1 pioneer in micro-electric mobility engineering. Over the past decade, we have expanded our footprint from local distribution into a global manufacturing power integrating advanced R&D labs, production lines, and high-performance quality-assurance centers.
Our operational capabilities are underpinned by a dedicated professional structure:
The R&D Engineering Team: Driven by industry veterans with over 10 years of expertise in powertrain mechanics, structural frame alloys, and battery management platforms. The team holds numerous design and structural patents ensuring our vehicles exceed standard safety thresholds.
The Production Assembly Team: Our technicians enforce high-grade quality control matrices at every point on the assembly line, testing every unit under severe load, water spray, and electrical discharge stress tests.
Sales & Global Support: Delivering complete design customizations, OEM/ODM development tracks, and complete after-sales technical support to secure the operations of our international logistics, tourism, and municipality partners.
Deploying micro-mobility fleets into commercial sectors requires a manufacturer that prioritizes strict industrial specifications, packaging safety, and customizable logistics paths.
From custom colors and integrated IoT systems matching specific tourism brands to structural adjustments for cargo and commuter applications, we tailor each vehicle's specifications.
Each frame undergoes cyclic fatigue tests, battery arrays pass thermal-stress profiles, and electronics are audited to ensure maximum operating lifecycle under severe environments.
Vehicles are secured inside customized 5-layer imported kraft cartons fortified with interior steel configurations, protecting every component from ocean transit vibrations.
Our commitment to manufacturing excellence is validated by rigorous third-party auditing organizations worldwide.
Providing customizable transportation solutions designed specifically to address the mobility patterns of target Gulf zones.
Operating passenger electric vehicles in archeological zones requires quiet, ultra-low ground pressure configurations. Our range of specialized sightseeing tricycles and electric scooters allows historical sites to transport visitors without introducing noise pollution or combustion residues that degrade fragile monuments.
Designed for low-speed public zones, our folding micro-bikes and urban electric scooters provide seamless transit integration. Operators can configure geofenced speed profiles to maintain strict pedestrian-zone safety while offering staff and residents on-demand clean travel options.
With Saudi Arabia's e-commerce market scaling rapidly, urban delivery riders demand high-efficiency, durable vehicles. Our high-capacity battery delivery scooters are built with thermal-insulated cargo space options and heavy-duty suspension assemblies to handle frequent deliveries under intense ambient temperatures.
Explore our collection of customizable electric bicycles, scooters, and motorcycles configured for commercial, municipal, and leisure fleets.
For partners with off-road, rugged terrain, and heavy logistical requirements, we manufacture specialty units tailored for remote environments:
Everything you need to know about custom procurement, logistical transport, and operating electric fleets in high-temperature environments.
