Tennant T7AMR
[commercial]commercial_cleaning · food-service · 1 deployments in catalog
Manufacturer
Tennant CompanyForm Factor
commercial_cleaning
Lifecycle
commercial
Operational Reality
Audited
Deployments
1
Target Price
Custom Quote
- COMMERCIAL
Description
BrainOS-powered autonomous rider floor scrubber (26-inch). Teach-and-repeat mapped routes with autonomous obstacle/people avoidance; one of the most widely deployed BrainOS cleaning robots (part of 14,000+ BrainOS robots / 3M+ autonomous hours). Distinct from Tennant's newer purpose-built X4 ROVR.
Key facts & specs
- website
- https://www.tennantco.com/en_us/1/machines/scrubbers/product.t7amr.robotic-floor-scrubber.2000056.html
- maturity
- commercial
- lifecycle
- active
- form factor
- commercial_cleaning
- manufacturer
- Tennant Company
- deployments count
- 1
- Maturity stage
- commercial
- Runtime
- 6.5 h
- Autonomy
- autonomous (BrainOS, teach-and-repeat)
- Weight kg
- 492
- Availability
- commercial
- Cleaning type
- scrubber (rider)
- Autonomy provider
- Brain Corp BrainOS
- Type
- Autonomous floor scrubber
- Use case
- Commercial cleaning
Safety record
No incidents on record for Tennant T7AMR.
Supply chain
- Brain CorpFOUNDATION MODEL / SOFTWAREBrain Corp BrainOS autonomous-navigation platform
Brain Corp BrainOS autonomous-navigation platform
Software & AI models
FAQ
What is Tennant T7AMR?
BrainOS-powered autonomous rider floor scrubber (26-inch). Teach-and-repeat mapped routes with autonomous obstacle/people avoidance; one of the most widely deployed BrainOS cleaning robots (part of 14,000+ BrainOS robots / 3M+ autonomous hours). Distinct from Tennant's newer purpose-built X4 ROVR.
Is Tennant T7AMR actually deployed in the real world?
Yes. Tennant T7AMR is independently verified in real-world operation on the DEPLOY registry, confirmed at named deployment sites with primary sources: not a concept, render, or demo-only.
What are the specs of Tennant T7AMR?
Tennant T7AMR's recorded specifications on the DEPLOY registry: Runtime: 6.5 h; Weight: 492 kg. See the Specs section for the full sourced set.
Who makes Tennant T7AMR?
Tennant T7AMR is made by Tennant Company, based in Minneapolis, MN, USA, founded in 1870.
Where is Tennant T7AMR deployed?
1 verified deployment of Tennant T7AMR is on the DEPLOY registry, including at United States.
Can you buy Tennant T7AMR?
Tennant T7AMR is in commercial deployment and is sold to operators; contact the manufacturer to buy, and see the pricing section for any recorded price.
What AI powers Tennant T7AMR?
Tennant T7AMR runs BrainOS. Each brain assignment is verified at the registry level via primary sources.
What are alternatives to Tennant T7AMR?
On the DEPLOY registry, comparable commercial_cleaning robots to Tennant T7AMR include Avidbots Neo, Gausium Phantas, Pudu CC1, Bandicoot.
How does Tennant T7AMR compare to Avidbots Neo?
Tennant T7AMR and Avidbots Neo (Avidbots · 6 deployments) are both commercial_cleaning robots on the DEPLOY registry. Tennant T7AMR has 1 verified deployment on record. Compare both records for specs, safety, deployments, and verified-vs-claimed autonomy.
Is Tennant T7AMR a top commercial_cleaning?
On DEPLOY's intelligence score, which blends verified deployments, safety, adoption, media, and IP signals, Tennant T7AMR ranks in roughly the top 67% of commercial_cleaning models tracked by the registry.
What is Tennant T7AMR's maturity stage?
Tennant T7AMR is at the commercial stage on the DEPLOY maturity ladder (research, prototype, pilot, commercial, production). Commercial stage means production-grade deployments are operating at named customer sites.
Is Tennant T7AMR safe?
Tennant T7AMR has no incidents on record in the DEPLOY registry. This does not constitute a safety guarantee; it reflects the incidents DEPLOY has tracked and verified to date.
What is the Tennant T7AMR robotic scrubber?
The Tennant T7AMR is a ride-on robotic floor scrubber designed to work safely and efficiently alongside employees. Uses an advanced vision-based AI system for autonomous navigation. Designed for industrial applications to mitigate labor challenges and drive operational efficiency.