Our Technology
Our Proprietary Technology

Revolutionary Technology, Practical Results.

The Crover Effect

The Movement That Started it All!

The core technology behind the CROVER robot comes from years of research in granular physics and rheology (the study of how granular materials "flow").


Crover's method of movement in granular materials is made possible by a new ground-breaking physical discovery and patented (UK) technology enabling locomotion in bulk solids (e.g. sand, grains, powders).


Like plane or drone wings in air, or a boat's rotor in water, it allows an object to move through solid grains.


It works in any environment made of bulk solids and powers, like sand dunes, heaps of grain, mineral bulks, chemical powders and even loose Martian terrain.

Crover Effect & CroverMini

The Cover Effect discovery was first applied to the CroverMini, our first generation research-scale swimming robot.


The discovery led to further development of additional robots, the CroverBasic and CroverPro. The leading solutions for small to large scale farmers, agriculture coops, storage and transportation facilities.

Seamless Integration. Simple Operation.

Reach below the surface. Safely. With Ease.

It just works!

In granular environments such as stored grain, oilseeds, and protein crops.

And other bulk materials like sand, minerals, and chemical powders.

quotesArtboard 1 copy 2

I see this product, the CROVER robot [...] as a game-changer for the industry. [...] And that’s what the younger generations are looking for, to be able to be storekeepers and look after grain effectively.

Robert Neil

Farmer, Upper Nisbet Farm

The Bells & Whistles

Reach Below the Surface

Access areas of grain bulks that were previously inaccessible.

Precise Data Collection

Measure temperature, moisture, and CO₂ levels with high accuracy.

Remotely Operated

Control the robot via an intuitive interface with a live video feed.

Grain Aeration

Stir and mix the grain to prevent crust formation and maintain quality

Representative Sampling

Collect grain samples at depth for traceability and lab analysis.

How Crover Compares

CROVER Static Probes Manual Inspection
Remote Operation ✅ ❌ ❌
Precise Readings ✅ ❌ ❌
Reporting ✅ ❌ ❌
Stir Grain ✅ ❌ ❌
Grain Samples ✅ ❌ ❌
Management Risk ✅ NONE ⚠️ LOW ⚠️ HIGH

Four Options. Tons of Benefits.



Research-Scale Sensing

CroverMini


Sensing-Only

CroverBasic

Most Popular!
Full System

CroverPro

Coming Soon!
Autonomous

AutoCrover

With CROVER, you can finally safely reach areas of your grain bulks that were previously inaccessible, ensuring better storage conditions and protecting your investment.

01

Simply Deploy

Deploy the CROVER robot in your grain bulk.

02

Easily Control

Remotely control it using an intuitive interface on our web app.

03

Gather Info

Gather precise readings on temperature, moisture, and CO₂ levels.

04

Smart Decision

Use the data to take proactive measures, ensuring grain quality and safety.

FAQs

How is the data accessed?

You can collect and visualize grain condition data conveniently through our intuitive web app.

What are the benefits of using CROVER compared to traditional methods?

CROVER provides high-resolution data on grain conditions, enabling you to act before spoilage occurs. It also enhances safety by eliminating the need to walk on grain bulks.

What are the payment options?

We offer flexible options, including outright purchase and leasing. Contact our sales team to discuss what works best for you.

How deep does the sampling go?

CROVER configurations can currently reach up to 1.5 meters below the surface for data collection and sampling. We are committed to continuously improving the performance of our system, so follow us on social channels or subscribe to our newsletter to learn about new developments and novel product offers. 

Still have a question?

Contact
Share by: