AVDI garments are built tough, but they are not invincible. Proper robot clothing maintenance extends garment life, keeps your robots looking professional, and protects your investment. This guide covers everything from daily care to knowing when it is time to reorder.
The first question everyone asks is how to wash robot clothes. The answer is simpler than you might expect: machine wash them. Every AVDI garment is machine washable. This was a non-negotiable design requirement from the start. Robots in hotels, warehouses, retail floors, and hospitals accumulate dust, oils, spills, and general grime daily. A garment that requires dry cleaning or hand washing is impractical for any commercial robot deployment.
That said, robot garment cleaning has a few wrinkles that regular laundry does not. The garment contains technical components, sensor-transparent panels, ventilation channels, antistatic coatings, and magnetic closures, that react differently to detergents and heat than standard fabric. Follow the procedures below and the garment performs like new for its full service life. Skip them and you will degrade the technical properties faster than the fabric itself wears out.
Remove the garment from the robot. Close all magnetic closures so the magnets do not catch on the drum or on each other. Zip any zipper panels. Turn the garment inside out. This protects the exterior finish from abrasion against the drum and other items in the load.
Wash on a cold cycle, 30 degrees Celsius maximum, with a standard liquid detergent. Not powder, not pods. Liquid. Powder detergent can leave granules in the ventilation channels that restrict airflow. Pods can burst and concentrate chemicals on sensor panels.
Two things to never use when washing robot clothes:
Tumble dry on low heat or hang dry. Most AVDI fabrics dry fully within 2 hours when hung in a ventilated space. Do not iron sensor-transparent mesh panels or ventilation channel areas. If you need to press standard fabric panels, medium heat with a press cloth works fine.
For garments exposed to grease, chemical spills, food service accidents, or industrial contamination, pre-treat the affected area with a textile degreaser before machine washing. AVDI garments carry a durable water-repellent (DWR) finish on exterior panels that causes most liquids to bead and roll off on first contact. This finish handles coffee, wine, soup, and most common spills without staining.
The DWR finish does degrade over time. After about 20 wash cycles, you will notice that water starts to soak in rather than beading. At that point, apply a spray-on DWR treatment after washing. We recommend Nikwax TX.Direct or Grangers Performance Repel. One application restores the beading behavior for another 15-20 cycles. The total DWR cost over a garment's lifetime is about $8.
How often you need to wash robot clothes depends entirely on the operating environment.
The best time to inspect a garment is during the wash cycle, while it is off the robot and you are already handling it. Build this into the routine and you will catch 90% of issues while they are still minor repairs rather than replacement triggers.
Here is the inspection checklist I give every fleet operator. It takes about two minutes per garment.
Every AVDI fleet order ships with a repair kit containing matching thread, bonding adhesive, replacement magnetic closures, and sensor-panel patches. Minor repairs can be done on-site without sending the garment back. Here is what you can fix in the field and what requires a replacement.
Small seam separations under 3cm can be repaired with the bonding adhesive from the kit. Clean both surfaces, apply a thin line of adhesive, press together, and clamp or weight for 10 minutes. Full cure takes 24 hours. For longer separations or load-bearing seams (shoulder cap, hip crease), hand-sew with the matching thread using a straight stitch at 3mm stitch length. The bond is stronger than the original machine stitch because you are working with more thread per centimeter.
Sensor-transparent panels and ventilation panels are designed to be field-replaceable. Each panel attaches with bonded edges that separate cleanly with a seam ripper. Remove the old panel, position the replacement (cut to exact size for your garment style), and bond the new panel in place with the kit adhesive. A panel swap takes about 15 minutes. The robot is back in service by the next shift.
Replacement magnets press-fit into the existing housing. Pop out the old magnet with a flathead screwdriver, press in the new one. Verify alignment and snap strength. Three minutes per closure.
AVDI garments are tested to 50,000 articulation cycles. In real terms, that is roughly 6 months of 16-hour daily operation. Garments for high-speed platforms like Unitree H1 may have shorter lifespans due to the higher mechanical stress of running gaits.
Replace rather than repair when you see: persistent fabric thinning at stress points (you can see the chassis color through the fabric), multiple seam failures in the same area within a short period, loss of shape recovery after washing (the garment looks saggy at rest), or visible wear-through on exterior panels. At that point, the garment has given you its full service life and maintaining robot uniforms means rotating in fresh stock.
Spare uniforms, seasonal rotation stock, and garments from decommissioned robots all need proper storage to maintain their properties.
Store garments flat in a cool, dry space away from direct sunlight. UV degrades the DWR finish and can yellow white or light-colored fabrics over time. Do not fold garments along sensor-transparent panels or across magnetic closures. The magnets can crease the fabric permanently, and sensor panels develop fold marks that affect transparency.
Never store in sealed plastic bags. Trapped moisture promotes mold on natural fiber components and can cause metallic components (magnets, carbon-fiber spacers) to corrode.
For long-term storage over three months: clean the garment, apply fresh DWR, and store flat with acid-free tissue paper between layers to prevent panel-to-panel contact that could compress ventilation channels. Mark the storage date so you know how long garments have been off rotation.
Proper dressing technique matters more than people think. A garment forced onto a robot with poor technique develops stress points at the wrong locations and wears faster than one put on correctly.
AVDI garments use a rear-entry system. The garment opens along the back and wraps forward, closing with magnetic fasteners along the spine. The robot should be in a stable standing position with arms at sides and servos powered but idle.
To dress: hold the garment open at the back, slide the robot's arms through the sleeves one at a time (left first by convention, but it does not technically matter), pull the garment forward and smooth it over the torso. Close the rear magnetic fasteners from bottom to top. Adjust the collar, cuffs, and hem. Two to three minutes with practice.
To undress: release rear fasteners from top to bottom, pull the garment back over the shoulders, slide the arms free. For robots with limited arm mobility, we offer side-entry variants that open along one flank.
One tip from experience: always dress the robot while it is powered on with servos in idle hold. A powered-off robot's arms may sag at angles that make sleeve insertion difficult. The idle hold keeps everything in neutral position.
After three years of supporting fleet operators, these are the mistakes I see most often.