Autonomous farm machines you can buy in Netherlands

AgXeed's tracked (crawler) flagship — a 230 hp diesel-electric autonomous AgBot, distinct from the wheeled AgBot 2.055W4 already listed on this site (id agxeed-agbot). Unveiled at Agritechnica 2025 (Nov), it pairs a low-ground-pressure track undercarriage (adjustable 1.5-3.2 m track center, under 30 kPa) with a 9 t Cat III rear lift and up to 170 l/min hydraulics for deep tillage, cultivation and seeding on arable and vegetable ground. Already running on commercial farms — AgXeed's own trial cultivated 80 ha in 20 hours autonomously in Germany (Dec 2025).

AgXeed's compact wheeled AgBot for permanent row crops — a 75 hp diesel-electric autonomous platform built for orchards, vineyards and tree nurseries, distinct from the larger arable-focused AgBot 2.055W4 (wheeled, 156 hp, id agxeed-agbot) and AgBot T2-7 (tracked, 230 hp, id agxeed-t2-7) already listed on this site. AgXeed states "proven running hours in apple and pear production"; no public press release, world-record trial or independent test data was found for this specific model (unlike the T2-7), so its commercial footprint reads smaller/quieter than its siblings.

Dutch selective white-asparagus harvesting robot from AvL Motion (Westerbeek, NL) — a diesel-electric, self-propelled platform that uses optical RGB/AI plus underground spear detection across 12 rotating harvest modules to locate and cut ripe stalks in the row. Vendor marketing repeatedly calls it "autonomous", but the manufacturer's own spec table and FAQ both confirm one operator must be present in the field to direct the robot via remote control and collect the harvested spears — so it is classified here as assisted, not autonomous. Second- generation model, in commercial development since 2017 and launched 2021; the manufacturer's own product page is live and actively soliciting demo requests as of July 2026.

UK-made tractor-towed electric weeder for orchards, vineyards and other fruit rows — high-frequency (18 kHz) current passed into weeds through articulated treatment arms boils the plant and its roots without herbicide. Sold and commercially deployed (not a pilot/prototype) through regional distributors in the UK, Benelux and DACH region; RootWave (a Ubiqutek Ltd brand) raised a $15m round in mid-2025 to fund wider EU/US rollout.

Norwegian ultra-precision weeding robot for open-field vegetables — an AI vision system detects individual weeds and a patented Single-Drop nozzle (SDT) fires one micro-droplet of herbicide directly onto each weed at 6x6mm resolution, cutting herbicide input by a manufacturer-claimed average of 96.6%. Independently tested by Wageningen University & Research at over 99% spray-drift reduction (Dutch DRT99, the system's highest class), and commercially deployed since 2021 across Norway, Sweden, Germany, the Netherlands and Australia, with a 2025 Kubota partnership now expanding EU dealer-network sales.

Tractor-mounted, vision-guided intra-row hoeing implement from Danish manufacturer F. Poulsen Engineering — a camera above each row spots individual plants and hydraulically swings weeding knives out and back around them, removing weeds between plants without touching the crop. Commercially sold since the early 2010s and independently trialled in US vegetable production; configurable from 5 to 31 rows and adjustable to 25–75 cm row spacing.

Swedish battery-electric weeding robot purpose-built for onion beds (and extending to carrots and beetroot) — AI vision plus GPS-RTK guide finger weeders that pull up to five weeds per second per unit across 5–8 rows on beds 1.50–3.20 m wide. The ~1,500–1,700 kg platform runs 8–12 h per day on ~7 kWh of swappable batteries at 1 km/h and can be lifted on a tractor three-point hitch for road transport. Dutch dealer Homburg Holland became importer (NL/BE), then acquired Ekobot outright in 2024, planning 20 machines for the Netherlands and Sweden in 2025.

Pittsburgh-built autonomous greenhouse tomato harvester running the first operational robot fleets in Dutch greenhouses — snack, plum and cherry tomatoes picked by suction with stereo vision at up to 43 kg/h and 98% ripe-detection precision. Fits existing commercial greenhouses with minimal modification; used by grower Westburg and at Syngenta's TomatoVision research facility.

Manure robot for solid barn floors from Dutch manure-handling specialist JOZ — a low 68 cm collector that carries the manure it gathers (350 or 500 litres depending on push width) instead of pushing a growing heap, navigating unlimited programmable routes via floor transponders. Connected to the JOZ Management System for 24/7 remote monitoring with SMS obstacle alerts; JOZ pitches the PRO generation as its most powerful robot for intensive conditions, coping with straw bedding up to 6 cm.

Lely's free-navigating manure robot for solid and semi-closed barn floors — instead of scraping manure ahead of itself it vacuums the slurry into an onboard tank, spraying water at the front for better intake and at the back to leave grip on the floor. Dumping, wireless charging and water refilling happen at one central station; the C2 generation handles barns of up to roughly 120 cows and routes are managed from a mobile app.

Israeli dual-arm greenhouse robot that harvests vine tomatoes on pipe-rail systems using an AI 3D vision system, developed with Dutch greenhouse-tech partner Ridder. Running in Dutch greenhouses — validated at grower Lans in the 2025 NPPL-R trial by Wageningen UR (up to ~90% of eligible vines harvested, operator supervision still required) and picking ToBRFV-resistant varieties at Axia Vegetable Seeds' demo greenhouse.

First Dutch laser weeding robot, launched June 2025 by Trabotyx (Maarssen) — an autonomous GPS-RTK platform that kills weeds as small as 1 mm with blue diode lasers (adjustable to 200 W each, up to 6 lasers per machine), zero-till and chemical-free. Trained for nine vegetables (carrots, onions, lettuce, cabbage, herbs, spinach, beet, parsnip, chicory) and three flower-bulb crops (lilies, tulips, peonies), with under 2% crop hit rate. The TOR Flex works a 1.5 m width; production is capped at 10 machines for the 2026 season.

Modular automatic feeding system from Dutch feed-mixer specialist Trioliet — a feed kitchen (T10–T40 variants, from stationary mixers to feed floors for silage blocks and bales) supplies a robot that mixes and distributes rations around the clock. Robots come suspended, battery-powered or wheel-driven; the wheel-driven WP 2 300 carries a 3 m³ chamber with two vertical stainless-steel augers and a dual-side discharge belt, powered continuously from an overhead rail so it never runs out of battery. Dual-Flow mixing handles batches from roughly 60 kg.

Compact Dutch autonomous robot for orchards, vineyards and tree nurseries — mows, hoes and harrows between and under tree rows. Camera-based row recognition does the in-row navigation (GPS only switches rows/fields), so it keeps working under thick foliage where GNSS robots struggle. Swappable dual 48V batteries change over in about a minute for near-continuous operation; commercial rollout in the Netherlands runs through importer Mechan.

Modular tractor-drawn implement line (Feb 2025) that kills weeds with 240W lasers guided by onboard AI, in widths from 2.0 m to 18.3 m.

DeLaval's robotic feed pusher-and-remixer — unlike plain pushers, a twin-spiralled rotating auger remixes the ration while repositioning it at the feed fence, keeping roughage strands intact so refused compacted feed stays appetising. Adaptive Drive adjusts speed and track to feed type and quantity; runs around the clock, up to 10 trips a day. Direct competitor to the Lely Juno.

DeLaval's voluntary milking robot (launched January 2020) — the first milking system to automatically confirm pregnancy, via in-line progesterone sampling (RePro) during milking.

Stuttgart-built autonomous hoeing robot that identifies crops from the 1 cm cotyledon stage across 100+ validated crops and weeds mechanically around the clock — 40+ robots working 1000+ fields, offered mainly as weeding-as-a-service.

The independent alternative to the big-three milking robots — Fullwood (milking robots since 1996, rebranded from Fullwood JOZ) has built the M²erlin since 2014 around an open box, natural walk-through entrance/exit and a quiet electric robot arm. Ten years of incremental upgrades include TDS2 laser udder recognition (2020), FullCount real-time somatic cell counting (2021) and the FULLSENSE software platform (2023). Hundreds of farms run it worldwide; the Meridian variant does robotic batch milking in groups.

GEA's box-style voluntary milking robot — In-Liner Everything performs stimulation, teat cleaning, forestripping, milking and post-dipping in a single attachment, in the most compact box footprint (5.3 m²) on the market. Scales from single box to multi-box and robotic rotary; sold and serviced in Switzerland via GEA Solution Centers.

Robotic milking system — cows milk on their own schedule around the clock; the A5 Next (June 2025) adds a new OS with over-the-air updates, laser+camera teat detection and an automatic milk filter.

Centralised milking architecture for large herds (announced August 2025) — up to 18 Astronaut robots share one control room for vacuum, cleaning, cooling and long-distance milk transport.

Lely's battery-electric automatic feed pusher — follows pre-installed floor strips with ultrasound distance sensing to push feed to the fence up to 48 times a day, returning to its charging station between runs. Current line is Juno / Juno Flex; the lidar-navigating Juno Max for 800+ cow farms was unveiled September 2024 with commercial launch expected 2027. Swiss sales and service via Lely Center Härkingen.

Lely's automatic feeding system — a feed kitchen plus a battery-electric mixing-and-feeding robot (MFR) that weighs, mixes and dispenses fresh ration on demand, scanning feed height at the fence 24/7. Current generation is the Vector MFR Next (launched March 2025) with 800 kg loading capacity; over 1,000 systems sold, in use in 31 countries. Sold and serviced in Switzerland via Lely Center Härkingen.

Compact electric weeding robot for vegetable beds and small market gardens.

Lightweight (500 kg) autonomous mechanical in-row weeding robot from Rotterdam-based Odd.Bot — the "Weader" delta-arm module pulls weeds with 2 mm precision at up to 2 weeds/second (240,000+ weeds/ha/day), running day and night on hot-swappable batteries at ~500 W total draw. Built for fine vegetable crops: carrots, onions, parsnips, red beet, chicory. Production slots sell out roughly a year ahead.

Solar-assisted laser weeding robot from Almkerk-based Pixelfarming Robotics — high-power laser modules burst weed cells at the two-leaf stage, chemical-free. Two frame sizes (3.20–3.60 m and 5.80–6.20 m working width) with 360°-rotating wheel units for configurable track widths; four 48 V hot-swappable batteries topped up by roof solar panels, optional diesel range extender for 24/7 work. Machines are working on farms in Europe and Canada; delivery 16–20 working weeks by production batch.