The robot lawn mower space is a saturated one at the moment. New features like artificial intelligence, satellite-based wire free navigation, and obstacle detection are becoming a common sight. To stand out from the rest, a mower needs some recognition, stamping its authority to influence consumer decisions.
Sunseeker Elite X7 Plus Gen 2, a flagship model from the company, was recently conferred the German Innovation Awards’ prestigious Gold Award. Organized by the German Design Council, the award recognizes the Elite X7 Plus Gen 2 for its breathtaking innovation in smart lawn care. The jury also honored another Sunseeker lawn mower, the Elite X4 with the Winner Award in the Gardening Tools category.
Designer: Sunseeker
Sunseeker mowers in the company’s Elite line-up have shown why they are cutting-edge options in the evolving robotic lawn care industry. These awards further substantiate that standing, which even the iF Design Award jury found worth appreciating. The jury at iF Design honored the Sunseeker Elite X9 with the excellence in design and innovation award.
In order to understand what really makes the three robotic lawn mowers stand out in their respective categories, let’s head down:
Sunseeker Elite X9: iF Design Excellence in Design and Innovation Award
Built on the perfections derived from the residential front, the Elite X9 is Sunseeker’s debut into commercial applications. In addition to the large residential gardens, the robotic lawn mower can handle demanding expanses of a football field and municipal landscapes without breaking a sweat. For an idea, the Elite X9 can easily cover up to 12,000 m² area with precision and efficiency. The company informs that it can clean up an area that size within 48 hours.
Sunseeker Elite X9 is powered by a 16-sensor perception system and features eight cameras onboard with a 360-degree OmniSight system ensuring real-time recognition of obstacles and terrain it’s working on in both day and nighttime operations. The Always-On Navigation (AONavi) and RTK satellite positioning tech enable the X9 to work with centimeter-level accuracy without relying on boundary wires.
Since it is designed for larger, commercial settings, the four-wheel drive robot lawn mower features an independent suspension to climb up to 42-degree inclines and maneuver bumpy grounds easily. Sunseeker Elite X9 runs on a 42V, 8Ah battery system, which supports fast charging to power up in just 20 minutes.
Sunseeker Elite X7 Plus Gen 2: Gold Award
Large gardens require mowers with power, intelligence, and ability like the Elite X7 Plus Gen 2. The wire-free Sunseeker robot mower is built to handle yards up to 6000 m². Since it can manage large and complex gardens with equal efficiency, it is powered by nRTK and VSLAM 2.0 technologies and features binocular and iToF cameras for accurate positioning and navigation, whether it’s running during the day or in the night.
In our hands-on experience with Elite X7 Plus Gen 2, our editor mapped his “yard wire-free,” without “no-go zones around the beds, and ran both day and night cycles” to watch the “binocular and iToF cameras work” under each condition. The experience has been telling.
Provided with dual 14-inch cutting discs instead of a single narrow rotor, most robot mowers settle for this AWD robot has 8.7-inch all-terrain wheels. It features a smart LCD screen on top that shows battery status, connection, and the mode the mower’s running in. While it’s build-in tech allows it to map lawns, dodge more than 200 obstacles, and tackle extreme slopes with ease. All the autonomy and decision-making that the mower can do on its own is powered by 10 TOPS AI chip and fueled by a 10 Ah battery.
Sunseeker Elite X4: Winner Award
The Sunseeker Elite X4 is easily recognized for the effortless robotic lawn mowing it assures on smaller, private lawns that span not more than 1,200 m². The mower is ready before you can snap your finger: it requires no calibration and functions wire-free courtesy its 3D LiDAR and Vision AI system, mapping, navigating, and avoiding obstacles, independent of satellite signals.
