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Comparison

Husarion Lynx UGV vs Panther UGV for a vineyard: payload, battery runtime and capacity

Asked as: “Choosing a UGV for a vineyard: compare the Husarion Lynx UGV and Panther UGV on payload, battery runtime and battery capacity.”

Answered by the Rapidflare agent

Here's how the two Husarion UGVs compare on the factors you asked about:

SpecLynx UGVPanther UGV
Payload65 kg120 kg
Battery runtime9 h16 h
Battery capacity720 Wh1440 Wh

husarion.com +5husarion.com ↗“robot.payload_kg=65 kg”husarion.com ↗“robot.battery_runtime_h=9 h”husarion.com ↗“robot.battery_capacity_wh=720”husarion.com ↗“robot.payload_kg=120 kg”husarion.com ↗“robot.battery_runtime_h=16 h”husarion.com ↗“robot.battery_capacity_wh=1440”

What this means for vineyard work:

  • Panther UGV carries roughly twice the payload (120 kg vs 65 kg) and has double the battery capacity (1440 Wh vs 720 Wh), with runtime to match — 16 hours versus 9 hours. It uses four 473 W BLDC motors. If you're hauling spray tanks, harvest bins, or heavy tooling, this is the stronger candidate — the doubled capacity means fewer mid-workday recharges across long rows. husarion.com +3husarion.com ↗“robot.payload_kg=120 kg”husarion.com ↗“robot.battery_runtime_h=16 h”husarion.com ↗“robot.battery_capacity_wh=1440”husarion.com ↗“four 473 W BLDC motors”

  • Lynx UGV is the more compact platform (650 × 550 mm footprint, 40 kg weight, versus the Panther's 810 × 850 mm and 55 kg), and it still offers a hot-swap battery — you can swap in a charged pack without powering down, which partly offsets its shorter runtime. husarion.com +4husarion.com ↗“650}”husarion.com ↗“mechanical.weight_g=40000 g”husarion.com ↗“810}”husarion.com ↗“mechanical.weight_g=55000 g”husarion.com ↗“hot-swap 720 Wh battery”

Both platforms share the same environmental credentials relevant to vineyard use: IP54/IP66 rating for dust and water, a −20 °C to 50 °C operating range, 5G connectivity with GNSS/GPS, and an onboard computer option based on the NVIDIA Jetson Orin NX (16 GB RAM), with ROS 2 support. husarion.com +10husarion.com ↗“mechanical.ip_rating=IP54 / IP66”husarion.com ↗“thermal.max_operating_temp_c=50 °C”husarion.com ↗“thermal.min_operating_temp_c=-20 °C”husarion.com ↗“connectivity.cellular=5G”husarion.com ↗“NVIDIA Jetson Orin NX (16 GB RAM)”husarion.com ↗“robot.ros_support=ROS 2”husarion.com ↗“mechanical.ip_rating=IP54 / IP66”husarion.com ↗“thermal.max_operating_temp_c=50 °C”husarion.com ↗“thermal.min_operating_temp_c=-20 °C”husarion.com ↗“connectivity.cellular=5G”husarion.com ↗“NVIDIA Jetson Orin NX (16 GB RAM, 512 GB SSD)”

Bottom line: for vineyard payload and endurance, the Panther leads on every metric you compared. The Lynx makes sense if you need to navigate tight rows where its smaller footprint and lighter weight matter more than payload capacity, using battery hot-swapping to cover its shorter runtime.

Product pages: Lynx UGV manual | Panther UGV manual

Sources

  1. Lynx UGV (Jetson Orin NX user computer option) husarion.com
  2. Panther UGV (Jetson Orin NX user computer option) husarion.com