Durable and safe solutions for transporting your VEX robot from just $199.99. The Robosource Robot Bag is an inexpensive hard sided flight case with available casters, handles, organization, and foam. Battery and organization carrying cases for events!

Protect VEX Robots with this hard side flightcase, 20 inch cube fits airline checked luggages size. Lighter than Pelican Case. Add rolling casters or foam padding.

Mar 28, 2023 · We used a box in a box shipping method to fly our robots. This is where you build one box to hold the robot and place it inside a larger box with added padding. Use a 1/2" plywood base at the bottom. remove the wheels, and screw the chassis to the plywood. The 1/8" axles are the most vulnerable.

Mar 30, 2019 · New video from Boston Dynamics, the Waltham, Massachusetts-based robotics company, shows a pair of birdlike robots stacking cardboard boxes in a warehouse, gliding about on wheels as they...

Sep 22, 2021 · Piaggio Fast Forward has created a new, compact version of its cargo-carrying robot Gita. The new Gitamini costs $1,850 and can carry 20 lbs of cargo for up to 21 miles.

Mar 29, 2021 · Stretch, which was introduced by one of Boston Dynamics’ staple YouTube videos Monday morning, can independently move 800 boxes an hour, according to the company. The prototype can unload trucks...

Oct 19, 2020 · Digit was designed to carry out labor-intensive duties, including loading and unloading hefty cargo, or performing an inspection of potentially hazardous workplaces. But unlike wage workers, this...

Oct 4, 2023 · To address this challenge, we present a sim-to-real reinforcement learning approach for training general box pickup and carrying skills for the bipedal robot Digit. Our reward functions are designed to produce the desired interactions with …

Nov 7, 2023 · On paper, the hardware of Dextrous’s robot is capable of handling 40 kg boxes at an acceleration of up to 3 gs, and up to 65 kg at a lower acceleration. That would equate to 2,000 boxes per hour.

Sep 27, 2021 · We propose a method that prevents sudden changes in the stacked boxes by smoothing the hand trajectory and modifying the misalignment by tilting or shaking the entire stack. We verify the effectiveness of proposed method for enabling a humanoid robot to carry stacked boxes through experiments using a simulator and an actual robot.