Tennant T7AMR

Tennant does not publish one universal price for the T7AMR. Pricing depends on battery option, ec-H2O configuration, region, deployment, software, training and service contract.

You can request a Tennant T7AMR quote through Anton Robots.

You can request the Tennant T7AMR through Anton Robots or directly through Tennant and authorised regional channels.

Confirm battery type, charger, ec-H2O option, BrainOS access, commissioning, training and field-service coverage.

T7AMR is a current Tennant robotic scrubber sold through professional commercial channels.

If considering a used or ex-demo machine, verify autonomous software entitlement, battery condition, sensors, service history and warranty support.

Yes. Tennant provides commercial sales and demonstration support, and you can also request a T7AMR quote through Anton Robots.

Provide floor area, route geometry, traffic, shift length, floor finish and destination country.

Yes. T7AMR is a ride-on scrubber with both manual and autonomous operation.

This gives cleaning teams a fallback option for unplanned areas, spot cleaning or routes that are not suitable for autonomy.

Tennant publishes a 650 mm cleaning path and approximately 850 mm squeegee width.

The machine is intended for larger spaces rather than narrow corridors.

The T7AMR is specified with approximately 110 L solution and 110 L recovery tanks.

Large tank capacity helps reduce refill and dump stops across long commercial routes.

Tennant publishes up to approximately four hours with flooded lead-acid batteries and up to approximately 6.5 hours with the high-capacity lithium-ion option.

Actual runtime varies with scrub pressure, floor conditions, water use and battery age.

The dual-disc scrub deck is published with up to approximately 86 kg of down pressure and brush speeds up to 225 rpm.

Use the appropriate pressure and pad or brush for the floor finish.

T7AMR uses BrainOS vision-based autonomy with a multi-layer sensor system designed to detect people and obstacles.

Operators teach routes using a Teach & Repeat workflow rather than programming them manually in code.

An operator manually drives the desired cleaning route once, and the autonomous system records it for later repetition.

This makes route creation accessible to normal cleaning teams.

ec-H2O NanoClean is an optional Tennant cleaning technology that electrically converts water into a cleaning solution for suitable daily-cleaning applications.

Availability and suitability depend on the exact machine configuration and soil type.

Tennant positions T7AMR for airports, convention centres, universities, healthcare, retail and light industrial facilities with large open hard-floor areas.

Its size and ride-on chassis are less suitable for small rooms or narrow routes.

Tennant describes a vision-based, multi-layer sensor system for autonomous obstacle and people detection.

The current robotic product page does not publish a complete sensor-by-sensor hardware bill.

Check battery warranty, pads or brushes, squeegee, BrainOS support, software entitlement, preventive maintenance, charger support and local field-service response.

For high-utilisation sites, also confirm backup-machine and repair procedures.

T7AMR is worth considering for large facilities that want a proven ride-on scrubber with autonomous operation and a strong commercial service ecosystem.

It is over-sized for many smaller sites, where a compact autonomous scrubber may deliver better economics. Compare other commercial cleaning robots.