Touchless system / Technical overview
YOLO S360Touchless Car Wash Machine
360° touchless system
High-pressure washing with vehicle detection and a four-fan drying configuration.
Where it fits
Built around operating requirements.
Use the confirmed model data as a starting point, then validate the complete layout and utility schedule for your site.
Touchless / touch-free cleaning
Automated high-pressure cleaning without wash brushes contacting the vehicle surface.
In-bay automatic operation
A single wash bay combines programmable cleaning stages and the documented drying configuration.
Site-specific planning
Vehicle clearance, equipment room, utilities and approach space are checked before layout approval.
Model-specific capabilities
What the reviewed product material documents.
These capabilities apply to the referenced model configuration. Final functions and component scope are confirmed in the quotation.
Three-axis contour sweep
A three-axis, right-angle rotating cantilever is arranged to sweep the upper body, sides and vehicle ends with controlled movement for broad touchless coverage.
Length and width sensing
Separate vehicle-length and vehicle-width detection functions give the control system more information for positioning the wash path and managing clearance around different body shapes.
Embedded movement path
The gantry travels on an embedded track intended for stable operation and a clean bay layout; rail position and drainage must be coordinated before concrete work.
Four-fan 5.5 kW drying package
Four 5.5 kW fans provide mobile air drying after high-pressure washing, foam application and the selected finishing stages.
Real equipment detail
Inside the YOLO S360 drying system.
Four 5.5 kW fans are arranged for mobile air drying after the selected wash stages. These photographs show the blower housings, motors, guide arms and mounting details of the reviewed S360 configuration.
Detail 01Mobile dryer arm and blower assembly
Detail 02Blower inlet and protective grille
Detail 03Vertical dryer arm and air guide
Detail 04Complete mobile drying assembly
Detail 05Blower motor and mounting structure
Detail 06Rear motor and blower housing detail
Detail 07Side view of the mobile blower
Component appearance may vary with the confirmed project configuration. Open any photograph to view the larger image.
Reference data
Technical specifications.
The values below come from the model-specific material reviewed for this page. They remain subject to the supplied configuration and approved installation drawing.
Reference values follow the current YOLU brochure configuration. Confirm the approved installation drawing and project electrical requirements before site work.
| Reference footprint (L × W × H) | 7 × 3.6 × 3 m |
|---|---|
| Maximum vehicle (L × W × H) | 5.9 × 2.4 × 2 m |
| Wash cycle | 2–7 min/car |
| Maximum connected power | 22 kW |
| Pump motor | 15 kW |
| Drying configuration | 4 × 5.5 kW |
| Water pressure | 100 bar |
| Power supply | 380 V / 50 Hz, customizable |
Before site approval
Bring four inputs
to the project review.
Site drawing
Usable bay dimensions, clear height, entrance, exit, queueing area, drainage and service access.
Local utilities
Voltage, frequency, phase, available power, water supply, compressed air and wastewater arrangement.
Operating target
Expected vehicles per day, peak demand, vehicle mix, wash programs and staffing model.
Project constraints
Climate, local code requirements, construction schedule, shipment route and maintenance access.
View details →
View details →
View details →Buyer resources
Guides for choosing and planning.
Automatic Car Wash Project Planning Toolkit
Plan an automatic car wa…
Read guide →Equipment Insights · 6 min readAutomatic Car Wash Maintenance Checklist: Daily to Annual Tasks
Use a practical automati…
Read guide →Car Wash Guides · 6 min readHow Much Space Does an Automatic Car Wash Need? Site Layout Guide
Plan automatic car wash …
Read guide →Next step
Is YOLO S360 right for your site?
Send your site dimensions, expected volume and local power supply. We will confirm the suitable configuration and project requirements.