Articles

 The articles about Us

Gian Basilio Nieddu reviews the autonomous electric system Slopehelper on a popular Italian website Vaielettrico that is dedicated to innovations in electric vehicles.

In a step away from Italy, a Slovenian company PeK Automotive developed an autonomous electric vehicle that covers 90% of farmer's needs in vineyards and orchards. The innovative approach to agriculture reduces the use of fungicides, fossil fuels and eliminates harmful emissions.
Michael Barker dwells on the ability of the Slopehelper to work on slopes and flat plantations.

The self-stabilising cargo platform, caterpillar drive and steel base frame mean the Slopehelper can handle slopes of up to 45 degrees with a total load capacity of as much as two tons. Thanks to the horizontal stabilization, the harvesting shelves are always held horizontally in a safe position. This design means that growers do not suffer fruit loss from being unable to reach difficult areas of the vineyard. The Slopehelper can navigate wet soil and operate in all weather conditions.
The autonomous robotic system Slopehelper proudly joins the Future Farming catalogue of field and harvest robots.

With sealed and waterproof body, equipped with radars and differential GNSS, the Slopehelper presents an unrivaled electric vehicle to substitute hand labor in vineyards and orchards around the whole year. UK horticulture journalist Michael Barker writes about the Slopehelper as an example of today's digital farming revolution.
Designed for orchards and vineyards, the autonomous agricultural vehicle Slopehelper meets high demand of contemporary farmers in terms of efficiency, durability and flexibility. The data processing onboard system provides access to real-time information and key metrics including data about wind, humidity, luminosity, temperature and time spent working. Ben Coxworth from newatlas.com explores some basic features of the Slopehelper autonomous agricultural system.
The autonomous electric vehicle Slopehelper runs on rubber caterpillars, and is equipped with specific hinged tools for a variety of tasks such as mowing, weeding, mulching, spraying, harrowing, pruning and trimming. Justifying its name, it can operate on slopes of up to 45 degrees, travelling at a top speed of 10 km/h. Michael Barker dwells on the ability of the Slopehelper to work on slopes and flat plantations.

The self-stabilising cargo platform, caterpillar drive and steel base frame mean the Slopehelper can handle slopes of up to 45 degrees with a total load capacity of as much as two tons. Thanks to the horizontal stabilization, the harvesting shelves are always held horizontally in a safe position. This design means that growers do not suffer fruit loss from being unable to reach difficult areas of the vineyard. The Slopehelper can navigate wet soil and operate in all weather conditions. Slovenian manufacturer PeK Automotivehas designed an autonomous system that can carry out a wide range of functions in difficult-to-navigate orchards and vineyards. Slopehelper operations range from pesticide application to trimming, mulching, harrowing, cutting and even harvesting. The machine’s artificial intelligence is constantly learning, adapting to new environment and reporting to operators wirelessly.   Tomaz Poje, “Kmetijski glas”(SLO)

  The Vrhnika-based company PeK AUTOMOTIVE d. o. o. is developing an electric autonomous vehicle (tractor) Slopehelper, intended for viticulture and fruit growing, and is testing it in the vineyards of Urban Petrič. The Slopehelper is equipped with various sensors that allow autonomous control of the vehicle. It has built-in encoders (incremental encoders), front and rear position radars (mechanically rotating radars), and side radars to maintain the distance from the type of plantation and to control the side working connections. It also has a built-in accelerometer and a front camera with FPV. Radar units are constantly scanning the area where the Slopehelper is located. They allow locating objects (plants, trees, people, etc.) with a distance of up to 30 meters.   The Slopehelper system is based on artificial intelligence using an algorithm to recognize and adapt to new situations. It adapts to the configuration of the species in the vineyard and performs work tasks autonomously. In essence, it uses radars to determine the position of species or the position of vine trunks. Then the computer itself drives the tractor around the vineyard. Petra Subic from ‘Slovenske novice’ is surprised by the possibilities of the Slopehelper in a vineyard

The autonomous electrical robot Slopehelper can work with two types of hinged equipment attached to the front and the rear part of the vehicle. Of the vehicle runs on an obstacle, it stops and sends an alert message to the operator via TeroAit mobile application. Having finished the task, the Slopehelper parks its equipment and waits at the end of the last row to be taken to the charging station.
  Tomaz Poje gives a short review of today’s robots for vineyards and orchards.(SLO)

  Recently an autonomous electric robot Slopehelper was also officially presented to the professional public in Slovenia. It is a caterpillar version of an autonomous battery-powered electric vehicle. It will soon have a variety of hinged equipment produced for various tasks in the vineyard. So far, we have seen it working with a propeller mulcher, which is also electrically powered.   The Slovenian autonomous vehicle Slopehelper is being developed by Vrhnika company PeK AUTOMOTIVE d. o. o. It accumulates knowledge of experts from various European countries. So far, practical testing has been carried out in Vipava vineyard of Urban Petrič. Slopehelper is a caterpillar version of an autonomous vehicle. It is battery-powered. It will have various work attachments for tasks in the vineyard. So far, we’ve seen it working with a propeller mulcher, which also has electric drive.   Ljudje in Zemlja (People and Earth), a regular TV show on RTV Slovenia presents the Slopehelper to its viewers

On Radio and Television of Slovenija, Channel 1, Mikhail Kostkin, the founder of PeK Automotive, tells about the agricultural robot Slopehelper, the history of its development and its functionality. Urban Petrič, the owner of Petrič Winery from Vipavska valley, shares his impressions of testing the Slopehelper on his plantation.
  Uroš Davidović, a popular Serbian TV presenter, tells about the Slopehelper on Serbian television In his TV program "Better Land", Uroš Davidović shows some videos and tells about the autonomous electric robot Slopehelper working in vineyards and orchards.

He stresses out the electric power drive of the robot and praises the Slovenian company PeK Automotive for developing and building the agricultural vehicle with full autonomy.