Terix 運動型多用途車 by Shanghai Art and Design Academy is a highly esteemed winner of the very prestigious 2026 A' Design Award 鐵獎 in 車輛、出行及交通運輸設計 Competition Category.
鐵車輛· 2026
Terix 運動型多用途車
by Shanghai Art and Design Academy
Client: SADA Product Design Team
A' Design Award 鐵獎 Winner in 車輛 Category
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The Design
About Terix 運動型多用途車
Terix係一款輕型越野運動型多用途車,專為城市通勤同戶外露營而設計。Terix採用電油混合動力系統,日常行車用電力驅動,越野時就用汽油動力。座椅可以摺埋同旋轉,形成平坦嘅床鋪,而一體式車頂帳篷幾分鐘內就可以展開。車身框架結合高強度鋼材同鋁合金,減輕重量之餘又提升剛性。帳篷採用防水牛津布配輕量鋁支架。呢個設計令一部車可以配合兩種生活方式。
The Recognition
About the A' Design Award 鐵獎
Terix 運動型多用途車是 A' Design Award 鐵獎得主，這是授予滿足人們對設計精良的創作所期待的專業與工業要求的優良設計的聲望認可。鐵獎得主展現出其創作者的高超技藝、高度專業化、專家級的理解力和創造能力。預計Terix 運動型多用途車將成為一件備受推崇、令人欽佩且被珍愛的創作，既實用又創新。這件贏得 A' Design Award 鐵獎的設計整合了行業最佳實踐，並擁有與專業知識和才華相結合的稱職技術特性。Terix 運動型多用途車因其嚴謹而受到尊重，旨在提供有助於讓世界變得更美好的生活品質改善。
Behind the Design
Press Kit
Credits, team members and technical details provided by the designer.
- Unique Properties
- Terix Light Off-Road SUV is an electric-petrol hybrid designed for both urban commuting and outdoor camping. It features integrated tents, foldable seats, and flexible space for immediate arrive and camp convenience, balancing efficiency with terrain adaptability.
- Dimensions & Packaging
- 4477mmX2416mmX1976mm
- Tags
- Dual-Scenario Adaptability
- Production Technology
- The realization of this product relies on the integration of advanced power technology and material processing techniques. The core of the power system is an electric-petrol hybrid assembly, featuring an optimized combination of high-efficiency electric motors and energy-saving engines, paired with an intelligent power distribution system to ensure smooth and efficient transition between dual modes. The body frame is composed of a hybrid material of high-strength steel and aluminum alloy, manufactured through a single-stage stamping process that reduces the vehicle’s weight while enhancing structural rigidity and impact resistance. The portable tent features water- and wear-resistant oxford cloth fabric, combined with lightweight aluminum alloy supports for quick deployment and storage; the seats incorporate high-elastic memory foam and stain-resistant leather to balance comfort and practicality. Surface treatments employ electroplating for rust prevention and eco-friendly painting technologies to ensure the vehicle’s durability in complex outdoor environments. The entire product is assembled using modular techniques, enabling efficient coordination between power, space, and functional modules.
- Design Challenge
- The hardest part was deeply integrating two conflicting scenarios into one coherent system, not merely adding features. The core creative challenge was balancing urban efficiency (lightweight, aerodynamic, economical) with off-road ruggedness (powerful, durable, high-clearance) within a single vehicle identity. Key obstacles included:
1.Technical: Engineering a hybrid system for seamless mode-switching and optimizing a modular body to transform space without compromising safety or adding excessive weight.
2.Design: Fusing urban elegance and off-road ruggedness into a unified aesthetic language.
3.Functional: Ensuring camping features (tent, bed) were instantly usable yet didn't hinder daily driving comfort or storage.
Overcoming these required advanced materials (high-strength steel, aluminum), smart power-distribution algorithms, and a relentless focus on unified, user-centered design over compartmentalized solutions. - Research
- Based on the provided design document, here is a summary of the key research and development components in English:
Research Background
The project addresses the modern user's dual need for an efficient urban commuter and a capable vehicle for spontaneous outdoor camping. It identifies gaps in traditional vehicles, which often force a compromise between fuel efficiency/urban comfort and off-road performance/camping utility.
Methods
The core method was a holistic, dual-scenario design philosophy. This involved deep integration (not just addition) of three systems: 1) An intelligent electric-petrol hybrid powertrain, 2) A flexible, modular interior space with transformable seats, and 3) Integrated camping modules like a roof tent. Inspiration was drawn from biomimicry, specifically the hippo's amphibious adaptability.
Tools
Key tools included intelligent power distribution algorithms for the hybrid system, modular body architecture and precision mechanical components for space transformation, and advanced materials (high-strength steel/aluminum alloy, durable fabrics) for lightweight durability.
Participants
While not explicitly stated, the design implicitly involved modern urban individuals or families who value both daily commuting efficiency and the ability to easily access high-quality outdoor recreation without extensive preparation.
Results
The result is the Terix SUV, a vehicle that successfully transitions between an energy-efficient city car and a ready-to-camp off-roader. Key outcomes include seamless mode switching, rapid interior transformation into a sleeping space, and instant tent deployment, achieving the arrive-and-camp vision.
Insights
The primary insight was that true innovation required deep functional integration rather than simple feature addition. The biggest challenge was balancing conflicting priorities (e.g., urban elegance vs. off-road ruggedness, space efficiency vs. comfort, low weight vs. high strength). Success was achieved by unifying design language and optimizing system-wide priorities, proving that a single vehicle can effectively bridge two distinct lifestyles. - Inspiration
- Terix SUV draws triple inspiration from the hippo: its amphibious adaptability inspires the electric-petrol hybrid for city/off-road use; its robust, rounded form shapes the vehicle's elegant yet rugged design,and its rest anywhere instinct translates into integrated tents and foldable seats for instant arrive and camp convenience. This bridges natural wisdom with modern travel, enabling one vehicle for dual urban and outdoor lifestyles.
- Project Duration
- The project started in Sep. 2024 in Shanghai and finished in August 2025 in Shanghai
- Operation Flow
- Operating the Terix is simple. Think of it as a smart companion. For daily driving, it efficiently uses electric power. Off-road, it seamlessly boosts petrol power for strength.
The real magic happens when you stop. With a few easy actions, the seats fold and rotate, transforming the interior into a flat bed. The integrated roof tent pops up in minutes, creating an instant shelter. This smart transformation removes all the hassle of packing and setting up equipment. It delivers a better result by turning travel time directly into relaxation time, letting you enjoy nature the moment you arrive. - Team Members
- Designer:WANG Huajie
Designer:XIANG Jinwu
Designer:LEI Congying
Designer:CHEN Yan
Designer:CHEN Rong
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