PUDU GT5: 60-inch mower, 8,000 m²/h and 65,000 m² per charge

Verified 3 September 2026. PUDU GT5 is a 60-inch commercial robotic mower for parks, campuses, residential communities, commercial grounds and large facility-management contracts. PUDU positions it around high throughput: a wide rotary deck, clipping collection in the same pass, autonomous mapping and cross-zone transit. RoboMorrow has not tested GT5, so 8,000 m²/h, 65,000 m² per charge and other performance figures remain manufacturer claims.

Short answer

GT5 is the high-area model without GT7's specialist reel-cut focus. It has a 60-inch / 1.52 m cutting width, weighs 850 kg, uses a 26 kWh battery and is rated for 8–10 hours of operation, roughly 8,000 m²/h and up to 65,000 m² on a charge. PUDU lists a 20° maximum mowing slope.

Key PUDU GT5 specifications

A 60-inch deck changes the deployment

GT5 is large enough to require professional-equipment planning rather than consumer-robot thinking. A 1.52 m cutting width reduces passes on open turf, but it also demands suitable gates, transit routes, charging space and safe turning areas. At 850 kg, surface conditions, transport between sites and service logistics become part of the business case.

PUDU describes one-pass mowing and collection plus autonomous dumping and task resumption. That can matter on contracts where a clean finish without left clippings is part of the specification. The real value depends on hopper-emptying frequency and whether the dumping workflow introduces its own bottleneck.

Autonomy and perception

GT5 is designed to create operational maps autonomously; PUDU also describes geofencing with online/satellite imagery, mapped cross-zone transit and automatic task resumption. Perception combines RGB, RGBD and LiDAR. The company also describes pedestrian/vehicle/asset avoidance and active anti-fall protection around water edges, steps and steep embankments.

For a machine this large, the key pilot metric is not whether a person is detected in a demonstration. It is intervention frequency: stops, false positives, operator calls and autonomous hours in real site traffic. That is what determines whether headline throughput converts into labour savings.

Best-fit sites

• large parks, communities and commercial turf;
• facility-management contracts with many seasonal mowing hours;
• campuses with several large zones connected by transit routes;
• operators who assign real value to collection in the same pass.

When GT7 makes more sense

If the KPI is short, consistent cut quality and repeatable patterns on sports or golf turf, GT7 has the specialist triplex reel architecture and a 5–50 mm height-of-cut range. GT5 is the faster rotary-mowing workhorse. GT3 makes more sense on fragmented sites that also value sweeping.

Price and availability

There is no public GT5 list price today. PUDU routes buyers to a demo/quote request. The family is scheduled for its global public debut at GaLaBau 2026 in Nuremberg, 15–18 September. A European operator still needs confirmed pricing, delivery, training, warranty, SLA, parts and the cost of batteries and optional 6 kW charging.

TCO calculation

GT5 economics should not start with purchase price alone. Start with annual mowing hours, clipping-collection labour, operators, current fuel/energy cost, movement between zones and seasonal staffing peaks. Then compare robot, infrastructure, service and fleet-supervision costs. The same machine can make sense on a 2,000-hour contract and be completely irrational on a site needing only a few dozen hours.

Infrastructure: a 26 kWh battery changes charging design

PUDU lists roughly ten hours for standard 3.3 kW charging, with an optional 6 kW system reducing that to around five hours. On a large contract, charging therefore becomes part of deployment design. Overnight charging may work for one shift, while two-shift operation or several robots sharing one base requires available-power calculations, protection, enough charge points and an understanding of simultaneous charging demand.

RoboMorrow would not assume that the 6 kW option is available in every country or installation. The exact charger, electrical supply and installation requirements should be confirmed with the PUDU partner responsible for the site.

The key test: how many robots can one operator supervise?

GT5 economics become compelling only if autonomy lets one person supervise more productive work than a human-driven mower. Instead of asking only whether GT5 can mow without a driver, a pilot should measure whether one operator can safely supervise two, three or more units.

That requires useful alerts, sensible error priorities, remote status visibility and service that does not turn every minor fault into hours of downtime. PUDU describes autonomous mapping, transit and resumption, but the final operator-to-robot ratio will depend on the site and deployment quality.

Do not compare 8,000 m²/h without test conditions

The 8,000 m²/h figure is a useful reference for open-area throughput, but a real site includes turns, trees, beds, pedestrian traffic, stops, hopper emptying and transit between zones. A pilot should calculate effective whole-shift productivity, not the best one-hour segment.

The same applies to wet grass and intensive collection. Heavier clippings can plausibly affect emptying frequency and energy demand, but the official specification does not justify assigning a specific percentage penalty in advance. This should be field-tested, particularly in northern and central European conditions.

GT5 pilot scorecard

RoboMorrow verdict

GT5 is the most production-oriented PUDU GT model: wide, heavy and built around hectares per hour and large-contract continuity. Its value depends less on novelty and more on uptime, auto-dump and real autonomous hours. The numbers are ambitious on paper; European pilots should show whether one operator can truly supervise several machines rather than drive one.

Sources

• PUDU GT5 — official product page
• PUDU — official GT Series launch
• RoboMorrow — GT3/GT5/GT7 analysis
• RoboMorrow — robotics for business