Vehicle movement
Agree when a cleaning zone can be made available.
BUILT AROUND YOUR SPACE
Car park
auto cleaning solutions.
Plan regular hard-floor cleaning around vehicles, access lanes and available parking bays.
01 / THE CHALLENGE
Challenges Facing Car parking Facilities
Ground-in dirt
Assess whether sweeping, scrubbing or a separate spot treatment is required.
Variable access
Parked vehicles change the accessible floor area from one visit to the next.
Operating conditions
Review ramps, visibility, moisture and drainage before setting a route.
02 / YOUR ENVIRONMENT
Characteristics of Car parking Scenarios
Car parks often combine broad floor areas, ramps, low-light sections and vehicle traffic. Dust and surface grime create different cleaning demands.
- Entry lanes: review traffic peaks and visibility.
- Parking bays: define how occupied spaces are handled.
- Ramps: verify gradients against the selected configuration.
- Service areas: identify a suitable charging and maintenance location.
03 / A PRACTICAL CLEANING PLAN
How Gausium’s autonomous cleaners can help
A repeatable routine
Use a defined zone plan instead of expecting every bay to be available.
Match the task to the floor
Schedule repeat visits during quieter occupancy periods.
Support your cleaning team
Choose the appropriate scrubbing configuration after a floor trial.
Validate the result
Agree the cleaning area, completion window and inspection criteria before a trial. Record interventions and service time as well as floor coverage.
For parking applications, confirm whether the Scrubber 75 P configuration is required. The linked product page covers the Scrubber 75 family; configuration and availability require assessment.
COMPARE YOUR CLEANING OPTIONS
Automated vs traditional car parking cleaning
Compare the people time and operating costs needed to deliver the same cleaning scope and standard. Adjust the assumptions to reflect your facility.
Illustrative planning example — not a quote or measured customer result. The starting figures below are assumptions, not Gausium prices or guaranteed performance. Validate the cleaning schedule and staff involvement through an onsite trial.
Fixed planning assumptions: 30 minutes of staff support per cleaning day and AUD 3,500 in annual robot non-labour operating costs. Robot support time includes preparation, emptying, refilling, routine checks and manual touch-ups. Non-labour costs should include maintenance, consumables, energy and any recurring fees. Net upfront investment includes equipment and deployment, less any avoided traditional equipment purchase. Use a consistent GST basis.
Please enter valid non-negative values within the displayed limits; cleaning days and traditional hours must be greater than zero.
Annual labour hours released1,050 h87.5% less direct labour time
Annual operating cost savingA$38,50080.2% lower annual operating cost
Simple payback1.6 yearsNet upfront investment ÷ annual saving
| Annual comparison | Traditional cleaning | Automated cleaning |
|---|---|---|
| People time | 1,200 h | 150 h |
| Labour cost | A$48,000 | A$6,000 |
| Non-labour operating costs | A$0 | A$3,500 |
| Total operating cost | A$48,000 | A$9,500 |
How to interpret the comparison
Labour efficiency: hours released = (traditional daily labour − robot support labour) × cleaning days. The percentage shows the reduction in direct labour time, not a claim that the robot cleans the floor faster.
Annual saving: traditional labour and running costs minus robot support labour and running costs. Released time becomes a cash saving only when paid hours, overtime or contractor spend actually fall; otherwise it is capacity that can be reassigned.
Payback: net upfront investment divided by positive annual operating savings. This simple comparison excludes finance costs, depreciation, tax and residual value. It is not a full investment appraisal. Negative savings mean the assumed deployment costs more to operate.
Check the cleaning outcome: compare actual coverage, task completion, floor cleanliness and human interventions during a trial. Robot runtime, charging and servicing must fit the available cleaning window.
04 / FIND YOUR FIT
Recommended Products
Marvel
- Best suited to
- Large hard-floor areas.
- Cleaning functions
- Sweeping & scrubbing · Dust mopping
Omnie
- Best suited to
- Shared hard-floor areas with varied cleaning tasks.
- Cleaning functions
- Scrubbing · Sweeping · Dust mopping
Scrubber 75
- Best suited to
- Large hard floors needing intensive wet cleaning.
- Cleaning functions
- Heavy-duty scrubbing
05 / IN THE FIELD
Related Success Cases
GAUSIUM GLOBAL CASE · PHOTO: GAUSIUM
Majestic Mansion, Wenzhou
Gausium reports Scrubber 75 and Omnie deployments in underground garages.
Read case studyYOUR FACILITY, YOUR PLAN
See how the approach fits your site.
A case study is a starting point. Share your floor area, opening hours and current cleaning process so our Australian team can assess the right configuration.
Book a site assessmentIndustry and product reference: Gausium. Recommendations require local assessment.