A robotics engineer designs a motor that delivers 180 watts of power. If the motor lifts a 30 kg load vertically at a constant speed, what is the vertical speed in meters per second? (Use P = Fv, where F = mg)

Wed, 29 Apr 2026 20:32:42 +0000

**Why Advanced Motor Design Meets the Spotlight – Powering the Future, One Lift at a Time** Ever wondered how robotics engineers balance raw power with precision? One example is a motor built for 180 watts, lifting a 30 kg load steadily into the air. Understandably, this question isn’t just about physics—it’s a window into modern automation, where efficiency meets real-world performance. In an era focused on smarter, faster, and sustainable technology, such motor specifications reflect broader industry goals: reliable, intelligent power deployment in robotics and automation. As industries push boundaries, curiosity about practical engineering behind everyday innovation continues to grow—especially in the U.S., where tech fluency blends with hands-on problem-solving. --- ### Why A Robotics Engineer Chooses a 180-Watt Motor for a 30 kg Vertical Lift