RELEASED 2023REASSESSED 2026.08.30Compare

Shark

Shark Detect Pro

Name: Shark Detect Pro
Brand: Shark

Floor-state sensing pushes Shark's vacuum closer to active floor monitoring than static zoning. Coverage remains conditional on mapped space; the sensor suite amplifies what LiDAR already maps.

Related modelShark PowerDetect NeverTouch ProShark renamed the Detect line PowerDetect in 2024; the detection features carry over.

Autonomy Ladder

Why Level III.

One five-rung scale, every category, from acting only on command to working unsupervised anywhere.

VGeneralized AutonomyAny task, any setting. No consumer robot has reached it.
IVEnvironmental AutonomyCopes with everyday clutter and frees itself, shown by independent testing.
To reach Level IVIndependent testing shows it avoids ordinary obstacles before contact, copes without the space being cleared, and frees itself when stuck.
IIIConditional AutonomyThis robot

Shark Detect Pro finishes whole jobs in a space it already knows, and still needs a person at the edges.

Navigation and control

360° LiDAR with NeverStuck obstacle handling and Detect floor-state sensing; no camera
Why this level
- 360° LiDAR with integrated camera obstacle avoidance and persistent mapping qualifies for Conditional Autonomy (Level III).
- Floor-state sensing adds reactive optimization within the mapped space, but the robot cannot adapt beyond pre-mapped boundaries or handle novel environments without re-mapping.
- No RTK or localization drift correction moves this to Level IV.
Autonomy dimension 72 / 100 · 4 sources reviewed
IIAssisted AutonomyRuns preset routines; stalls at anything new.
IManual AutomationOne action on command; no independent operation.

How we assign a level →

Behind the classification

Sources we reviewed.

Provisional4 sources reviewed

Enough has been reviewed to classify, but gaps remain across source types.

Sources reviewed

Manufacturer documentation1 sourceReviewed

Shark product page specifications, sensor architecture documentation, dock compatibility and self-empty mechanics.

Shark Detect Pro product pageShark

Longitudinal signal2 sourcesReviewed

Robovations dated log for this robot: 3 tracked entries spanning ~12 months.

Specification sources1 sourceReviewed

Pages the published specifications were read from.

support.sharkninja.comsupport.sharkninja.com

Monitoring record2 sourcesReviewed

Sources behind the tracker entries following this robot.

Also monitored, nothing listed yet

Press & video reviewsPending

Multi-outlet coverage of floor-state sensing performance, navigation testing under standard home conditions, dock usability and consumable reorder flow.

Owner reportsOngoing

Owner forums and retail reviews documenting real-world floor-state sensing effectiveness, Wi-Fi stability, dock reliability, and consumable costs over 6-12 months of use.

How we evaluate evidence →

Human Readiness

Ready Now.

One question: what does buying this robot today walk you into? The state is computed from the record, and recomputed daily.

Ready NowThis robot

Shark Detect Pro is on sale, assessed, and nothing on its record argues for waiting.
How this was derived
- Shark PowerDetect NeverTouch Pro is shipping as this robot's successor. This record stays current for owners and buyers of this model; the successor is assessed on its own page.
Notes on the record
- Available through major retailers with established owner base since late 2023.
- Pricing competitive for LiDAR-equipped vacuum with multi-sensor suite.
- Setup requires Wi-Fi and app; dock integration adds 30-45 minutes to commissioning.
On the record
- Shipping since January 2023 · 46 months on the market
- Retail listings on file: Amazon
- No current new-stock listing confirmed
- Succeeded by Shark PowerDetect NeverTouch Pro
- 4 sources reviewed
What would move it
A documented problem, an announced successor, or a withdrawn listing moves it out; the rating recomputes daily.
New to MarketOn sale under 90 days; the ownership record is still forming.
WaitA successor is announced and has not shipped; re-read the decision when it arrives.
Known IssuesDocumented problems stand on the record; read the case before buying.

How we assess readiness →

Robovations Score

How this number was reached

76of 100

StrongAt or above 88% of the 450 robots we scoreand 82% of the 224 scored robot vacuums

DeficientLimitedCapableStrongExemplary

Held below its arithmetic

Support longevity has no source outside the vendor's control, so it is excluded from the composite and the longevity floor is not applied. An unmeasured input is not evidence of a short support life, and scoring it as one would penalise the record for a gap in our sourcing.

Measured on 7 of the 9 inputs24% not counted

Our assessment did not establish an independent source for software stability, support longevity on this machine, so those inputs are left out of the score rather than guessed at, and the rest re-weighted to fill the space. A gap in what we have been able to verify is not evidence against the robot. Where a whole pillar has nothing measured, we publish no number at all.

What moved itpoints gained or lost against a typical robot

Carried by

Field failure rate85+2.4
Coverage and navigation88+1.6
Consumables80+0.9

Held back by

Edge-case recovery35−1.8

Capability40% of the score68What it does without you.

Task completion16% of the score75

Evidence

Top Ten Reviews' hands-on test of the Shark Detect Pro Self-Empty Robot Vacuum (the same review carried on Yahoo Lifestyle) concludes it is "a solid robot vacuum, but all it does is vacuum", and the tester saw it service itself between runs: he plugged in the base, set the robot on it to charge, "and it immediately emptied into the base". Debris self-service is documented and no shortfall in finishing a run is reported, but no source shows repeated whole-dwelling completion, so this rests at 75 rather than above it.

Coverage and navigation10% of the score88

Evidence

360 degree LiDAR with persistent multi-floor mapping produces systematic coverage retained between runs, and DirtDetect and EdgeDetect add pass density on high-debris areas and perimeters rather than treating every square foot the same, which owner reports credit on pet-hair hot spots and entryway tracking. Held off the top of the scale by two things: the robot cannot adapt beyond pre-mapped boundaries without re-mapping, and owners report false edges on hardwood seams that they work around by putting masking tape on the floor, which is a manual patch for a coverage defect.

Edge-case recovery10% of the score35

Evidence

The category failure mode is hair wrap, and TechGearLab found "out of all the vacuums we tested that trapped clumps of pet hair in the brush roll, this vacuum was the worst offender," with hair "forcing us to flip the cleaner head and pull it out by hand" on every low and high pile test. Modern Castle measured tangle avoidance at 53.0 percent, so the self-clearing roller clears about half the time and gives no warning when it does not.

Operating envelope4% of the score68

Evidence

11,000 Pa across hard floors and low-pile carpet with LiDAR that does not care about room lighting. Four documented narrowings: owner reports show reduced effectiveness on shag above two inches, the robot takes 2.4 GHz Wi-Fi only, the self-empty base needs six to eight feet of clear floor which rules out alcove and tight-wall placement, and a power cut to the dock outlet stops auto-emptying entirely while stored dust degrades filter efficiency until it is cleared.

Dependability40% of the score85Whether it keeps doing it.

Field failure rate16% of the score85

Evidence

Nearly three years since late 2023, with an established owner base, no recall and no systemic defect, and a Robovations dated log of three entries across twelve months. Two things hold it here. The failure evidence is unlinked owner-forum and retail review text with the press review source still marked pending, so the retail-text cap applies. And the record documents a designed end of life rather than none: the bagless base has a three to five year lifespan and a 300 to 400 dollar replacement, which is a component failure arriving inside the machine's service life at roughly half its purchase price.

Software stabilitynot countedno source verified65

Evidence

The ordinary consumer case read honestly. The robot is app-connected through a cloud-authenticated Shark account so an update channel exists, and no regression pattern appears in nearly three years of owner reporting. Against that, the record carries no firmware source at all, no changelog, no published support policy and no independent analysis of update behavior, so this is a silent record rather than a clean one. It asserts neither stability nor instability.

Support longevitynot countedno source verified67

Evidence

Scored as commitments. Current product with broad retail availability and an established owner base since late 2023, and one structural commitment that is better than most: the base is bagless, so there is no proprietary consumable an owner can be cut off from. Held at 67 by the other side of the same component. The record states the dock lasts three to five years and costs 300 to 400 dollars to replace, so the machine's automation has a built-in expiry at roughly half the purchase price, and no warranty term, parts catalog or third-party repair path appears anywhere on the record.

Ownership burden20% of the score77What it asks of you.

Routine maintenance12% of the score75

Evidence

The same Top Ten Reviews/Yahoo hands-on review describes the owner routine as cleaning the filters on the dust box and dust bin, and calls it "a relatively painless process", with brushes lasting "over 100 hours of use" and the bin emptied "once in a while". That is brief, tool-free periodic attention against a full-floor vacuum job, with debris emptied into the base automatically after each run.

Consumables8% of the score80

Evidence

Flooring Clarity's review of the RV2820AE states the self-empty base holds a large bagless container that the owner detaches and empties into the trash every six to eight weeks, with no replacement bags required. Removing the bag purchase that self-empty docks in this category normally oblige puts this above the modest-annual-cost anchor at 80; the page is affiliate-style buying copy, so nothing behavioral was taken from it.

middle half of the databaseits medianthis robot

Reported, not scoredneither measures how well the robot works

Five-year cost$1,250

Middle third for robot vacuums, and the running cost is not where a buyer would expect it. About 749 dollars at street price against a 799 dollar MSRP, plus roughly 30 dollars a year in filters. There are no dust bags at all, because the self-empty base is bagless. The figure that dominates is the base itself: the record puts its life at three to five years and its replacement at 300 to 400 dollars, so one replacement inside a five-year window is the likely case and is included here. No subscription, and the record states scheduling and autonomous operation work through the free app.

Data postureCloud-linked

Account required. Maps and telemetry leave the home; core function survives an outage.

What leaves the homeNot documented

Read the full methodology →

FIT CHECK

Will the Shark Detect Pro work in your home?

Describe your home using the controls. Each choice reads the spec sheet for you, flagging where the Shark Detect Pro is built for your space and where it isn’t.

Home size

Primary floors

Mopping needs

Upkeep you accept

See every robot vacuum suited to these conditions

A classification of fit for the conditions you set, not a recommendation. Verdicts describe engineering design intent, not test results.

OWNERSHIP

Living with it.

LiDAR navigation is mature; dock integration is the reliability bottleneck. Firmware cycles have addressed mapping drift; consumable-gate issues persist.

Stableowner-reported arc

The record so far

Established owner base since Q4 2023 reports consistent LiDAR performance and general mapping stability. Dock clogging and consumable-reorder friction noted in owner forums; no major recall documented. Firmware updates address occasional RTK false-positives in multi-level homes.

What goes wrong5 documented · 3 self-recover

Common

Dock consumable cloggingReduced effectiveness and auto-empty blockage; dust bag efficiency drops after 2-3 cycles if overloaded.

Owner fixEmpty dust bag every 3-5 runs; order replacement bags through app subscription or manual retailer purchase (~$30 for 3-pack).

Occasional

Wi-Fi disconnection in 2.4 GHz congestionRobot loses scheduled autonomy; manual dock-button start only until reconnection.

Self-recoversRestart router or isolate robot SSID band; reduce interference from other 2.4 GHz devices.

Occasional

Camera lens fogging on cold-start mappingObstacle avoidance delays; potential collision with low obstacles during initial room scan.

Self-recoversAllow 2-3 minute acclimation post-startup; wiping lens manually if condensation visible.

Occasional

Floor transition challenges on thick-pile boundariesMomentum loss and coverage gaps at carpet-to-tile threshold; slow climb onto raised transition strips.

Self-recoversTransitions ≤0.5 inches handled smoothly; thicker transitions may require ramp or manual layout adjustment.

Rare

Dock alignment sensor misfireRobot fails to recognize dock position; attempts repeated approaches without successful docking.

Owner fixClean dock contacts and sensors; verify dock is on level floor and at least 18 inches from obstacles.

Upkeep routine

Each useEvery cycle

Confirm the bin emptied into the base at the end of the docking cycle.

Weekly52×/yr

Clean main and side brushes to prevent bristle shedding; remove hair wraps around brush axles.

Wipe the LiDAR turret window and the floor-facing sensors to prevent fogging during cold starts or high humidity.

Seasonal4×/yr

Empty the self-empty base into a trash can; Shark rates the base at 60 days of capacity and it takes no bag.

Inspect dock electrical contacts and clean with dry cloth to prevent misalignment signals during auto-empty cycles.

When duewhen worn or full

Replace element if dust accumulation visible; typical lifespan varies with use.Typical for robot vacuums: every 3-6 months

Cost over timeabout $480 past the sticker over three years

PurchaseRunning cost

Year 1

$959

Year 3

$1,279

Year 5

$1,599

$799 to buy, then about $160 a year for the replaceable parts below. Over three years that is roughly $480 past the sticker price. Excludes electricity and any repairs.

What you replace

Typical for robot vacuums: every 3-6 months

Replacement cadence from the maintenance schedule; prices shown where the source documents them. Part links may earn a commission and do not influence the classification. All parts at Shark

Step-by-step fixes

Auto-Empty Base Not Emptying?Keeps Getting Lost or Resetting Its Map Has Weak Suction or Isn’t Picking Up?All robot vacuum guides

Safety notes1 caution · 1 note

CautionDock electrical safetySelf-empty dock plugged into mains continuously; ensure outlet is properly grounded and inaccessible to pets/children during auto-empty cycles.
Cloud account data collectionShark account required for app use and autonomous scheduling; location, cleaning history, and device telemetry transmitted to manufacturer servers per privacy policy.

SPECIFICATION

The full spec sheet.

Priced near the category median, with every figure charted against the category below.

Dimensional drawing

Key specificationsManufacturer-published

FootprintThe width, depth and height of the robot itself, without its dock.: 13.8 in dia · 3.6 in tall
WeightThe robot alone, without its dock, as the maker states it.: 6.6 lbs
BatteryStored energy in watt-hours; a larger pack runs longer, not harder.: 72 Wh · Li-ion
Wi-FiThe bands the robot can join; many models need a 2.4 GHz network to set up.: 2.4 GHz only
VoiceThe assistants the maker's app links to; the robot itself does not listen.: Alexa, Google Home
Onboard dustbinThe bin inside the robot; an auto-empty dock moves its contents into a bag.: 300 mL✓
DockWhat the base does besides charging: empty the bin, wash and dry pads, refill water.: Auto-empty (bagless)

Where it lands · ranked across 260 robot vacuumsThis robotMedianTypical range

SuctionAir pressure the fan produces at the intake, in pascals, measured the maker's own way.11,000Pamode not stated

1,000 Pa42,000 Pa

Near median

RuntimeThe maker's stated running time on one charge, at a standard setting.120min

60 min360 min

Near median

PriceThe maker's list price, not a price found in a shop.$799

$160$2,600

Near median

NoiseLoudness at the maker's stated distance, in decibels; ten more decibels reads as about twice as loud.65dB

43 dB80 dB

Near median

Charge timeTime from empty to full on the dock, as the maker states it.300min

90 min420 min

Near median

WeightThe robot alone, without its dock, as the maker states it.6.6lbs

3.6 lbs25 lbs

Below median

Position shows where the figure sits across the tracked category, not a quality judgment. Suction in Pascals has no standard test method, and the published figure is a peak-mode claim, so it is comparable only within a brand and generation.

Official referencesProduct page

RECORD

How the assessment has moved.

Every announcement, release and reassessment behind the current classification.

Coming soon

Just launched

Active updates

Settled

Discontinued

Sep 2026 · AssessmentRobovations Score recorded at 76 of 100
Aug 2026 · AssessmentRecord status: Verified → Provisional
Aug 2026 · AssessmentReadiness reassessed: Ready Now → Under Assessment
Aug 2026 · AssessmentRobovations Score rescored under v4.2
Jul 2026 · AssessmentRobovations Score recorded at 67 of 100
Jun 2024 · NewsRetail price drops as Shark vacuum line expands in 2024
Nov 2023 · ReleaseLaunches commercially with self-empty dock option

Common questions

What people actually ask.

6 answered

OperationDoes the Shark Detect Pro require a subscription after purchase?

No. Autonomous operation and scheduling work through the free app, and the self-empty base is bagless, so there is no dust bag to reorder on any plan.

CompatibilityCan I use the Shark Detect Pro without downloading the app?

The robot requires app setup for Wi-Fi pairing and initial mapping. After commissioning, manual button-start operation is supported on the dock; scheduled autonomy requires the app and cloud connection.

OperationHow does floor-state sensing change cleaning?

The Detect sensor suite identifies high-debris areas and floor-type changes; no camera is involved. When it triggers, the robot increases pass density on the detected area. Owner reports show visible improvement on pet-hair hot spots and entryway tracking.

OperationHow long does the self-empty dock battery last?

The dock itself is plugged into mains power; no internal battery. If you lose power to the outlet, the dock cannot auto-empty. Stored dust in the dock bin degrades filter efficiency if left full across power outages.

CompatibilityDoes the Shark Detect Pro work with Alexa or Google Home for voice commands?

Integration is available through the Shark app and Alexa/Google Home platforms. Voice commands trigger dock return and start-cleaning routines; detailed scheduling still requires the app.

OperationHow effective is edge detection on hardwood floors with visible seams?

Edge-detection sensors help avoid over-reaching perimeter zones. Owner reports note occasional false edges on hardwood seams; masking tape or low-stick stickers can guide the robot around known false-edge locations.

Availability

Where it's sold

We may earn commission from qualifying purchases. This does not influence classification.

We are no longer finding a current new-stock listing for this robot. Remaining offers may be used, refurbished, or third-party — confirm the condition and price on the retailer’s page before buying.

Some sellers strike through a “was” price of $1,000, above the $799 manufacturer list — a discount measured off that is not a real saving.

Amazon See current listings

Cite & Embed

Reference the Shark Detect Pro classification.

Embed the Autonomy Ladder™ mark or copy the citation. The mark is served from this record, so a reassessment updates it on your page automatically.

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Citation

Robovations. "Shark Detect Pro: Autonomy Level III (Conditional Autonomy)." Autonomy Ladder™, assessed August 2026. https://robovations.com/robots/shark-detect-pro/

Link it. The mark must point at this record. An unlinked mark is not authorised.
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A classification, not an endorsement. It may not appear beside language implying Robovations recommends, rates, or approves the product.

Where to next

Three ways to keep going.

For evaluators

Compare with a peer.

See the Shark Detect Pro and Ecovacs Deebot N30 Omni side by side: autonomy level, Robovations Score, readiness, and price. Classification, not a verdict.

See the full comparison

Or compare with Ecovacs Deebot X9 Pro Omni, eufy Omni C30, Ecovacs Deebot T90S Pro Omni.

For browsers

See every Level III.

Every robot we’ve classified at conditional autonomy. Sorted by readiness, score, and price. Filter by category, manufacturer, or release date.

Browse the database

Updated weekly with new entries and reclassifications.

Shark Detect Pro

Will the Shark Detect Pro work in your home?

Living with it.

The full spec sheet.

How the assessment has moved.

What people actually ask.

Shark Detect Pro in the analysis archive.

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How do robot vacuums detect carpet and switch cleaning modes?

Other robot vacuums we have classified.

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Roborock Q10 X5+

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Ecovacs Deebot T90S Pro Omni

Where it's sold

Reference the Shark Detect Pro classification.

Three ways to keep going.

Get the next reassessment.

Compare with a peer.

See every Level III.