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RELEASED 2019.06REASSESSED 2026.09.06
Piaggio Fast Forward

gita by Piaggio Fast Forward

A follower, not a leader. The gita trades independence for companionship: it cannot route itself or plan detours, but it reliably maintains formation with a moving operator. Commercial availability and real-world deployment confirm the core mechanic works.

Superseded byPiaggio gitaplusPiaggio Fast Forward split the line in two: gitaplus keeps the original gita's size class and 40 lb payload, and gitamini is the smaller sibling.
gita by Piaggio Fast Forward
PriceNo list priceRetail price not tracked
FIT CHECK

Will the gita by Piaggio Fast Forward fit your application?

Describe your use case using the controls. Each choice reads the spec sheet for you, flagging where the gita by Piaggio Fast Forward is built for your space and where it isn’t.

Load weight

Where you walk

Your pace

Daily use

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

SPECIFICATION

The full spec sheet.

Manufacturer-published figures, measured against every specialty robot we track.

22 in22 in26 inDimensional drawing
Key specificationsManufacturer-published
Footprint
22 × 22 in · 26 in tall
Weight
50 lbs
Wi-Fi
Supported
Max speed
6 mph
Mapping & navigation

Stereoscopic cameras running visual SLAM; pairs and follows a user by button press. No LiDAR and no GPS.

Where it lands · ranked across 43 specialty robotsThis robotMedianTypical range
Runtime480min
30 min960 min
Near median
Charge time360min

30 min360 min
Top of range
Weight50lbs

0.09 lbs136.2+ lbs
Near median

Position shows where the figure sits across the tracked category, not a quality judgment.

Official referencesManufacturer support
OWNERSHIP

Living with it.

Beacon tracking remains consistent across firmware updates; cargo basket and wheel durability degrade with heavy urban use.

Institutional deployments confirm multi-year operational stability. The primary failure points are wheel wear and beacon communication drops in signal-challenged environments. Firmware updates have progressively improved vision robustness; no major recalls documented.

Owner effort~45 minhands-on per month
Reliability trend Stableowner-reported arc
What goes wrong · 3 documented · 0 self-recover
Occasional
Beacon signal dropoutRobot stops and waits; requires manual restart in new environments
Owner fixVerify beacon battery level, reinitiate pairing, check for signal-blocking structures
Occasional
Wheel wear and traction lossReduced acceleration, slipping on wet pavement, slower response to operator turns
Owner fixWheel replacement; frequency depends on pavement type and usage intensity
Rare
Cargo basket alignment shiftImbalanced load causes tipping or increased turning difficulty
Owner fixCheck load distribution, realign basket mounting if loose
Upkeep routine
Daily365×/yr
Charge the robot for next-day operation.
Weekly52×/yr
Inspect wheels for debris and wear, clean if needed.
Monthly12×/yr
Verify app connectivity and install firmware updates if available.
As neededno fixed schedule
Replace wheels when tread is worn; clean the cargo compartment after heavy use.
Safety notes

CautionAutonomous movement in pedestrian spaces: The robot operates in shared sidewalks and public spaces. Operators must maintain awareness and ensure bystanders are not obstructed by the following robot.

NoteBeacon dependency for operation: Losing the beacon disables following; ensure it is charged and not removed during operation.

RECORD

How the assessment has moved.

Every announcement, release and reassessment behind the current classification.

Coming soon
Just launched
Active updates
Settled
Discontinued
  1. Sep 2026 · AssessmentRecord status: Verified → Provisional
  2. Aug 2026 · AssessmentRobovations Score revised 45 → 57
  3. Aug 2026 · AssessmentRobovations Score rescored under v4.2: 64 → 45
  4. Jul 2026 · AssessmentRobovations Score revised 61 → 64
  5. Jul 2026 · AssessmentRobovations Score recorded at 61 of 100
Common questions

What people actually ask.

5 answered
OperationHow does gita know who to follow?
Piaggio Fast Forward states that the robots pair with a button press and then follow their user, with no GPS, tracking device, or remote control needed. Navigation is stereoscopic camera vision running visual SLAM. The original gita used a wearable belt that carried its own stereoscopic camera, which the robot matched against its own view of the scene; the current gitaplus and gitamini have dropped the wearable.
OperationCan gita carry different cargo types without rebalancing?
Piaggio Fast Forward publishes a payload of up to 40 pounds for gitaplus and up to 20 pounds for gitamini, carried in the center-mounted cargo compartment. Reports from university and campus deployments describe routine handling of evenly distributed loads such as groceries, mail, and small parcels.
OperationDoes gita work indoors or only outdoors?
Both. Piaggio Fast Forward states that its pairing and following technology lets the robots follow their user anywhere, with no GPS, tracking device, or remote control needed. Following runs on stereoscopic camera vision rather than a satellite fix, so an indoor space is not a special case for it.
OperationDoes gita use LiDAR?
No. Piaggio Fast Forward’s COO has said publicly that the company chose cameras over LiDAR on cost, stating that the starting price point for gita would need to be substantially higher if they were using lidar. Following runs on stereoscopic cameras and visual SLAM.
OperationIs there a gitamini, and what is the difference?
Yes. gitamini is the smaller of the two: Piaggio Fast Forward publishes up to 20 pounds of payload against 40 for gitaplus, and about 28 pounds of robot weight against about 50. Both pair and follow the same way, by button press and with no GPS or tracking device; the mini suits lighter cargo and tighter paths.

Cite / Embed

Reference the gita by Piaggio Fast Forward classification.

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Citation

Robovations. "gita by Piaggio Fast Forward: Autonomy Level III (Conditional Autonomy)." Autonomy Ladder™, assessed September 2026. https://robovations.com/robots/gita-by-piaggio-fast-forward/

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