WindWings Rigid Wing Sail

WindWings Rigid Wing Sail

W
by WindWings Maritime

Wind-assisted propulsion system reducing fuel consumption by 20-30%.

Product
Featured

Overview

WindWings Rigid Wing Sail System

Revolutionary Wind-Assisted Propulsion Technology

The WindWings rigid wing sail is a groundbreaking wind-assisted propulsion system that can reduce fuel consumption by 20-30% on suitable routes.


How It Works

  • Automated wing adjustment based on wind conditions
  • Retractable design for port operations and low bridges
  • Integrated sensors optimize thrust coefficient continuously
  • Zero crew intervention during normal operation

Environmental Impact

  1. CO2 reduction: Up to 3,000 tonnes per vessel annually
  2. Fuel savings: 1,500+ tonnes HFO equivalent per year
  3. CII improvement: 1-2 rating band improvement achievable
Developed with $50 million in R&D investment, WindWings represents the future of sustainable shipping - already operational on the world's largest car carrier.

Quick Facts

Type Product
Model Number RWS-37
Part Number WW-RWS-37
OEM Part Number BAS-WW-40M-V2
IMPA Code 172445
Last Updated Mar 3, 2026

Technology Readiness Level

Team Contacts

Specifications

4

Model Number

RWS-37

Part Number

WW-RWS-37

OEM Part Number

BAS-WW-40M-V2

Specifications
Fuel Savings Pct
25
Height M
37
Material
composite
Width M
20

Vessel Types

Bulk CarrierContainer ShipGeneral CargoOffshore Supply Vessel

Certifications & Compliance

3

Industry certifications and classification society approvals

ISO 9001:2015 (ISO9001)

ISO

Valid until Jan 19, 2027

ISO 45001:2018 (ISO45001)

ISO

Valid until Jan 19, 2027

CE Marking (CE)

EU

Valid until Jan 19, 2029

Service Coverage

Service Regions

Europe
Asia Pacific

Downloads

4

4 files available for download

Datasheet (1) Brochure (1) Case Study (1) Certificate (1)

WindWings Technical Brochure.pdf

Brochure · 6.4 MB
Download

Wind Performance Data & Fuel Savings Analysis.pdf

Datasheet · 2.2 MB
Download

Bulk Carrier Retrofit Case Study.pdf

Case Study · 3.2 MB
Download

Class Approval in Principle.pdf

Certificate · 553.7 KB
Download