Aquatic Architecture

Speculative Adaptive Waterfront Developmen

Dubai - UAE

Orca

Orca

A visionary marine transportation concept designed to redefine urban mobility across coastal cities. ORCA introduces a futuristic, environmentally responsible water-taxi system that blends advanced technology with sustainable design principles.

Location

Coastal Environment — UAE

Client

Aquatic Architects (AADS)

Status

Concept Design

Category

Adaptive Coastal Architecture including: Floating / Amphibious Structures Mixed-Use Public & Commercial Spaces Waterfront Leisure & Recreational Facilities Environmental Research & Adaptive Systems Climate-Responsive Urban Infrastructure

ORCA redefines water-taxi transportation by combining sustainability, performance, and passenger comfort within a futuristic design that integrates seamlessly with the marine environment. Its panoramic glazing and transparent roof create an immersive travel experience that connects passengers with the surrounding landscape, enhancing tourism and coastal mobility in Abu Dhabi. Powered by renewable energy and built with recyclable materials, the system minimizes environmental impact while maintaining durability and high performance.

The ORCA vessel is constructed using high-density polyethylene (HDPE), a durable and recyclable material ideal for marine environments. The structure integrates solar-harvesting glass panels on the roof, which capture solar energy and store it in onboard battery systems powering the electric propulsion engines. The catamaran hull ensures high stability and safety while allowing smooth navigation across coastal waters.

Sustainability Strategy

Solar powered transportation system

Zero fuel consumption

Electric propulsion with silent engines

Recyclable HDPE structural body

No chemical maintenance requirements

Reduced marine pollution

Minimal disturbance to marine ecosystems

Energy stored through solar battery banks

Gallery image
urban mobility Animation

urban mobility

Water-based mobility infrastructure supporting connectivity, accessibility, and resilient coastal movement.