FORM 04 / 05 SINGLE-SIDE ANCHORED OVERHANGS
ARYA ENGINEERING FORM 04

Cantilever
Tensile Architecture.

More room below.

An anchored structural marvel extending outward with zero forward columns. Maximizes usable ground area, enabling unobstructed vehicle parking, effortless turning radius, and clean architectural lines.

DESIGNED WITH INTENTENGINEERED IN PUNE, INDIANON-LINEAR FEA TESTED
Cantilever tensile structure by Arya Engineering
ARCHITECTURAL STUDY FORM 04
Zero Forward Columns • Clear Vehicle Flow
Emdep Automotive Solutions Fleet Hub structural detailDETAIL 04.B
Zero Forward Columns
100% Turning Clearance
Clean Unobstructed Sight
01 THE DESIGN LANGUAGE

Less in the way. More possibility.

Support moves entirely to the perimeter edge. The ground below stays completely open for vehicles, people, and uninterrupted architectural vistas.

Deep chemically anchored base plates and high-tensile Grade 316 rear tie-back rigging enable forward overhang reaches up to 12 meters with zero forward posts.

100% zero-forward-column design for effortless vehicle parking.
Emdep Automotive Solutions Fleet Hub
Emdep Automotive Solutions Fleet Hub Chakan, Pune
FIG. 07.B Heavy CHS Structural Rear Cantilever Mast
HIGH-TOLERANCE STEEL NODE DETAIL
FORM
&
FUNCTION
02 ENGINEERING SPECIFICATIONS

Beauty, backed
by rigorous structure.

Every installation is custom-designed around site topography, wind fetch, and soil bearing capacity. Final specifications are confirmed during non-linear FEA analysis.

++01 SPECIFICATION

Clear Overhang

Up to 12m Column-Free

++02 SPECIFICATION

Membrane Fabric

High-Tensile Translucent Fabric

++03 SPECIFICATION

Steel Framework

Deep Chemical Anchor Base

++04 SPECIFICATION

Wind Resistance

Engineered up to 140+ km/h

++05 SPECIFICATION

Rainwater Drainage

Rear Slope Perimeter Gutter

++06 SPECIFICATION

Ideal Deployment

Executive Parking & VIP Bays

BUILT, NOT JUST IMAGINED

Ideas become landmarks.

See our work
DESIGNED WITH INTENTBUILT TO BELONG
03 SPACES IT TRANSFORMS

Made for the way
you experience space.

Explore the uses below to develop a brief for your site. Compare access, activities and the area to be covered before discussing the appropriate form with our team.

FROM FIRST SKETCH TO FINAL TENSION

Let’s give your space
a new perspective.

Bring us your site dimensions, architectural intent, or functional challenge. Our Pune engineering team provides comprehensive 3D modeling and turnkey execution.

+91 91725 73488ho@arya-engineering.inHadapsar, Pune 411028

PLAN AROUND YOUR SITE

Planning your cantilever tensile structures.

Start with the space

Compare the membrane geometry, column positions and clear space beneath the roof with your intended application. A structural form should be selected alongside the actual site layout.

Share the location, approximate dimensions, photographs and any available drawings. Identify existing foundations, drainage routes, utilities and access restrictions before a proposal is developed.

Discuss materials and detailing

Material selection depends on daylight preferences, exposure, appearance, cleaning access and the proposed structure. Ask which membrane and finish options are suitable for your site, and request the applicable product documentation.

Confirm drainage, edge details, support connections and the interface with nearby buildings as part of the project scope.

Understand cost and programme

Covered area alone does not define the quotation. Geometry, support steelwork, foundations, material choice, transport, lifting access and site preparation all affect the scope.

Ask for an itemised proposal and a project-specific programme covering design approval, fabrication, site readiness and installation. Agree any exclusions before work begins.

Plan for handover and care

Discuss inspection access, drainage checks and a cleaning method suited to the selected membrane. Request handover documentation and written maintenance guidance for the installed system.

Confirm any applicable warranty, its conditions and the responsibilities for routine inspections in the project agreement.