Collaborative Robotics has revealed the second generation of its Proxie mobile robot, adding capabilities that push the machine from a simple mover of goods toward a more capable, longer-running workhorse for warehouses and facilities.
What's New in Proxie Gen 2
The updated Proxie brings several concrete upgrades over the original. Collaborative Robotics has increased the robot's payload capacity, added self-swapping batteries so the machine can keep working with minimal downtime, introduced autonomous task identification, and offered a new two-armed manipulation option for handling objects more dexterously.
Each of these changes targets a practical limitation that mobile robots face in real operations. Higher payload broadens the range of loads the robot can carry, self-swapping batteries reduce the interruptions that eat into productivity, autonomous task identification lets the machine take on work without constant human direction, and the optional second arm expands what it can physically do beyond simply transporting items.
The Headline Upgrades
- Greater payload capacity for heavier or bulkier loads.
- Self-swapping batteries to minimize charging downtime.
- Autonomous task identification for less manual setup.
- Optional two-armed manipulation for more complex handling.
Why Battery Swapping Matters
One of the quiet constraints on mobile robots is charging. A robot plugged into a charger is a robot not doing work, and in operations that run around the clock, those idle stretches add up. By enabling Proxie to swap its own batteries, Collaborative Robotics is attacking that downtime directly, allowing the machine to continue operating while a depleted pack is exchanged for a fresh one.
Self-swapping is more elegant than simply adding a bigger battery, which increases weight and cost. It also avoids the need for human workers to manage charging cycles, aligning with the broader goal of reducing the labor required to keep automation running.
The Case for a Second Arm
The optional two-armed manipulation setup is arguably the most consequential addition. Many mobile robots are essentially autonomous carts that rely on people or fixed stations to load and unload them. Adding arms lets Proxie interact with its environment more directly, picking, placing, and manipulating objects rather than just ferrying them from point to point.
- Reduces reliance on human loading and unloading.
- Expands the variety of tasks a single robot can perform.
- Moves the platform toward more general-purpose utility.
Positioning in a Competitive Field
Collaborative Robotics operates in a market packed with autonomous mobile robot vendors and, increasingly, humanoid developers promising general-purpose labor. By enhancing Proxie with dexterity and endurance rather than chasing a full humanoid form, the company is betting that a purpose-built mobile platform with arms can hit a sweet spot of capability and cost that pure humanoids struggle to match.
The generation-two Proxie reflects a maturing approach to warehouse and facility automation, where incremental but meaningful improvements in payload, uptime, and manipulation can determine whether a robot pays for itself. As operators weigh their options among carts, arms, and humanoids, a machine that combines mobility, autonomy, and optional two-armed handling gives Collaborative Robotics a flexible pitch. The real test will come in deployments, where the value of self-swapping batteries and autonomous task identification is measured in sustained, reliable hours of useful work.