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Hefei, July 24 – The 2026 Low-Speed Autonomous Driving Scenario Ecosystem Co-construction & Expansion Conference concluded in Hefei. Centered on two key themes, safety and compliance, the event addressed the critical benchmarks that low-speed autonomous vehicles must meet to move from pilot deployments to large-scale commercial operations.
Product Portfolio: Complete Vehicles & Core Components Demonstrate Empowerment Capabilities
During the conference, TEEMO presented a robust lineup of flagship autonomous vehicles and self-developed drive-by-wire components engineered for commercial scenarios. The impressive product portfolio drew numerous industry partners, who engaged in in-depth discussions covering technology deployment and project collaboration.
Standard T100 Autonomous Delivery Vehicle: Smarter Last-mile Delivery
Equipped with the i-Skate X1 Base skateboard chassis and featuring Level 4 autonomous driving capability, the T100 autonomous delivery vehicle is a cost- and efficiency-optimized solution for logistics delivery in parks, campuses, commercial districts and similar environments. Its stable performance and flexible traversability have been validated across multiple live operational deployments.
T3 Series Unmanned Retail Vehicles: A New Approach to Proactive Customer Acquisition for Mobile Retail
Built on the i-Skate X3 Base skateboard chassis, the T3 series embodies platform flexibility with the design philosophy of “one chassis, multiple configurations”. The highlighted unmanned retail vehicle on display navigates park roads nimbly, bringing merchandise directly to consumers. It delivers an integrated solution combining mobile vending services and offline brand exposure for smart park applications.
Drive-by-Wire Component Portfolio: Core Technologies Forming the Foundation of Safety
TEEMO also exhibited its proprietary self-developed drive-by-wire components:
SBW6001 Intelligent Steer-by-Wire System: Custom-built for small and medium-sized skateboard chassis. It integrates multi-layer safety redundancy architecture and standardized universal mounting interfaces, enabling broad compatibility across multiple vehicle models. The vehicle integration workflow is streamlined, efficient and easy to deploy.
DBS650 Intelligent Brake-by-Wire System: A mature mass-produced brake-by-wire solution featuring low cost, high durability and strong cost performance. Validated through large-scale commercial rollouts, it delivers consistent and reliable performance and supports wide application across diverse autonomous vehicle models.
EMB Intelligent Mechanical Brake-by-Wire: A dry braking solution with lightweight design and millisecond-level response. Its cutting-edge non-hydraulic architecture ushers low-and-medium speed autonomous vehicle braking systems into a new era of fully electronic, safe and reliable operation.
These core components underpin TEEMO’s capacity to offer customers a “one-click vehicle development” capability.
Building the Core Technology Backbone for Medium & Low-Speed Autonomous Driving
From self-developed drive-by-wire components and intelligent skateboard chassis to functional autonomous vehicles, TEEMO has established a comprehensive industrial layout covering upstream and downstream sectors, backed by robust strengths in integrated full-chain R&D and large-scale mass production delivery.
Moving forward, TEEMO will continue to deepen its presence in the medium- and low-speed autonomous driving sector, refining mature turnkey solutions. The company will help more clients achieve fast, efficient and low-cost deployment of autonomous driving use cases, partnering with industry stakeholders to tap into the vast blue ocean of large-scale commercialization for autonomous driving.
