A landmark collection of three-point, four-point and five-point hyperbolic tensile shade sail membranes — custom designed and engineered for a premium Maldivian resort, spanning across swimming pool surrounds, landscape zones and open recreational areas.
Executed in HDPE mesh membrane, the system delivers breathable shading performance with wind permeability suited to oceanic conditions. A striking blue and ivory palette reflects the natural character of the Maldivian seascape and landscape.
Breathable, high-performance fabric selected for shade efficiency, airflow and durability in coastal environments.
Turnbuckles, D-shackles, clamping brackets and tensile hardware specified in SS 316 grade for oceanic corrosion resistance.
Mature coconut trees, timber members and wooden beams serve as primary anchoring supports with custom bracket detailing.
Spans of 10m, 15m and up to 18–20m are achieved with virtually no visible conventional structural members.
Designed as a comprehensive shading solution for a luxury Maldivian resort, this installation spans swimming pool surrounds, open landscape zones and recreational spaces — delivering generous, comfortable shade across spans of up to 18 to 20 meters without interrupting the resort's spatial flow or visual identity.
The dual colour palette is functional as much as it is aesthetic — blue shade sails frame the swimming pool and oceanic views, while ivory shade sails complement the surrounding landscape belt, creating a canopy composition that feels curated, natural and seamlessly integrated into the environment.
Comfortable shading across expansive recreational zones while preserving openness and circulation.
Colour palette strategically designed to respond to ocean views, pools and surrounding greenery.
Allows natural airflow beneath the membrane — essential for tropical comfort in oceanic climates.
Resort architecture, guest experience and visual openness remain fully uninterrupted throughout.
Three-point, four-point and five-point hyperbolic tensile shade sails
HDPE mesh fabric in blue and ivory colour combination
SS 316 stainless steel cables, turnbuckles, D-shackles and custom clamping brackets
PVC reinforced cable pockets throughout
SS 316 stainless steel throughout, specified for full oceanic corrosion resistance
Full-grown mature coconut trees and existing timber / wooden beam members
Custom-fabricated brackets individually designed per tree and timber member with site coordinate mapping
Growth pattern analysis conducted to ensure zero disruption to natural tree growth
10 meters, 15 meters and up to 18 to 20 meters
Minimal conventional structural members, with loads transferred through cables and natural anchoring supports
Maldives — MECANCO’s first international project execution
Drone aerial footage and video presentation available
Every project tests an engineering team differently. The Maldives tested MECANCO in every dimension simultaneously — oceanic wind loads, extreme corrosion conditions, environmental sensitivity, remote site logistics and a client brief demanding large-span shading with virtually no visible structural intervention.
Our response was not to import a standard solution into an extraordinary setting — it was to engineer an entirely new one from the ground up.
Full-grown coconut trees and existing timber members became the primary structural anchoring system.
Every bracket was individually designed with coordinate-mapped positioning and growth accommodation.
Engineered for extreme corrosion resistance, wind exposure and tropical environmental demands.
Large spans achieved with virtually no visible conventional structural intervention.
This is MECANCO's first project beyond Indian borders — a landmark installation floating above paradise as if it always belonged there.