Electric Robotic Platforms Built for Real-World Work

GreenSwip develops compact electric machines for agriculture, beach cleaning and specialised ground mobility.

Agrover electric rover traversing a rocky slope beneath trees.
Autonomous. Modular. Made for the field.

Autonomous Electric machines.
Built for real work.

Explore Agrover
Agrover · on-field development
This is GreenSwip

Practical robotics.
Purpose-built for the ground.

Agrover is our compact electric platform for practical farm work. Alongside it, we're developing machines for beach cleaning and specialised ground mobility—guided by real field needs.

Built in IndiaField trials at iCreateElectric & modular
Our platforms

Farm work comes first.

Meet Agrover, our flagship platform, and the specialised machines growing from the same engineering foundation.

Sandster beach-cleaning conveyor attachment in the workshop
Beach cleaning · attachment trials

Sandster

A screening conveyor and rake-chain attachment developed to separate litter from sand.

Tractor-towed configuration field-tested.
Electric-carrier integration under development.
Explore Sandster
Specialised mobility · proof of concept

KshetraX

A modular electric ground platform for logistics, research and supervised remote-operation trials.

Proof-of-concept development.
Configurable payloads & operator control.
Discuss a pilot

Demo and pilot availability depends on the configuration, site and task. Attachment compatibility is confirmed for each setup.

Start with the task.

Agrover applications & attachment status

Demonstrated application

Orchard spraying

Fog spraying has been demonstrated in mango orchards. Discuss your crop, row layout and spraying requirements to plan a site-specific trial.

Discuss spraying
Development trials

Payload handling & towing

Deck and towing configurations have been used in internal trials. The suitable load and operating conditions depend on the selected setup.

Watch field footage
In development

More implements

Additional tools are being evaluated around real farm tasks. Share the operation you need so we can discuss compatibility and development scope.

Suggest an application
Agrover electric rover beside a laptop during a field trial.
The engineering behind it

Built to work.
Designed to evolve.

A compact electric foundation, configurable hardware and a practical path towards greater autonomy.

01 / POWER

Electric drive

Low-speed electric mobility for controlled work, with no exhaust emissions at the point of use.

02 / ADAPTABILITY

Modular platforms

Attachments and mission decks developed around the payload and the task.

03 / CONTROL

Guidance & autonomy

Semi-autonomous row-following demonstrated, with broader navigation and perception in development.

04 / DEVELOPMENT

Field-led engineering

Test on real terrain, listen to operators, then refine the next iteration.

Agrover · guided field trials
AGROVER / FIELD TRIAL FOOTAGEMango-orchard fog spraying
Tested beyond the workshop

Orchard spraying.
Real work in the field.

Watch Agrover carry out fog spraying between mango orchard rows. This footage shows a demonstrated farm application; the operating setup and trial scope are agreed for each site.

350 kgDeck payload in internal trials
400–500 kgTowed load in internal trials

The load figures above come from separate internal trials and are not rated production specifications. Performance depends on terrain, configuration and operating conditions.

Our company

Indian engineering.
Grounded in real needs.

GreenSwip is the robotics brand of Revati Technologies Pvt. Ltd., based in Gujarat. We bring mechanical design, electric mobility and robotics together to build useful machines for work on the ground.

More about GreenSwip
01

Developed in Gujarat

Based in Jamnagar, with field testing at iCreate, Ahmedabad.

02

Built with practical purpose

Focused on agriculture, environmental operations and specialised mobility.

03

Open to pilot partnerships

Working with operators, institutions and industry to validate real applications.

Buyer information

Before your
first demo.

Understand the current capabilities, check your site's fit and ask for the details that matter to your operation.

Ask about your farm
What can Agrover do today?

Orchard spraying and semi-autonomous row-following have been demonstrated. Payload handling and towing are in development trials; additional implements remain under development.

Is it fully autonomous?

Semi-autonomous row-following is demonstrated, with tele-operation available. Broader autonomous operation is still in development; supervision is agreed for each trial.

Will it fit my rows and terrain?

Share your crop, row spacing, turning space, ground conditions and slopes. Machine dimensions, attachment width and access need to be checked against your site before planning a trial.

What about runtime and charging?

Runtime depends on the battery configuration, load, terrain and attachment. Ask for the runtime, charging time and power requirements for the exact configuration proposed for your work.

How do pricing, training and support work?

Start with a use-case review and a demo or pilot discussion. Request an itemised proposal covering the machine, attachment, logistics, operator training, warranty and service arrangements. Availability and terms are confirmed in that proposal.

How can I estimate operating costs?

Share your task, acreage, operating frequency and current method. Compare energy, operator time, transport, maintenance and battery costs for your planned utilisation. Our team can discuss a configuration-specific estimate with you.

Demo · pilot · cost estimate

Let's plan your
field demo.

Tell us where you work and what you need done. We'll discuss the suitable setup and next steps.

  1. Share your site and task
  2. Review fit and configuration
  3. Agree a demo or pilot plan

Working with an FPO, hiring centre, institution or equipment team? You can use the same enquiry.

Our ecosystem

Supported by

Incubation, innovation programmes and industry collaboration supporting the journey from development to field trials.