MINI WATTMINI WATT
Garmin Tacx smart trainer

Garmin Tacx Flow Smart

A practical reference page for price, ride feel, setup, app compatibility and whether this trainer is a good fit for Mini Watt.

Garmin Tacx Flow Smart smart trainer product image

Price

Price unknown

Power

800W

Gradient

6%

Accuracy

+/-5%

Bluetooth

Yes

Mini Watt

Partial support

Quick take

Who should consider it

Tacx Flow Smart is strongest for riders who want cheapest basic smart setup. It looks most appropriate for enthusiast riders based on price, power, accuracy and stored review signals.

Check first

Setup and trade-offs

Check low power before buying. Also confirm cassette, axle and app compatibility for your own bike, especially if you are buying used.

Market note

Older model

Tacx Flow Smart is mainly useful as a used-market reference. Condition, accessories and firmware support matter more than launch specs.

Core specs

Tacx Flow Smart specs

Grouped specs are easier to scan than a single long table. Unknown means the stored sources did not confirm the value cleanly.

Price and market

Approx price
Price unknown
Used price
EUR 80 to 180 used, market dependent
Price confidence
Low
Price checked
Unknown
Availability
Entry wheel-on smart trainer

Performance

Max power
800W max power
Max gradient
6% gradient
Accuracy
+/-5% accuracy
ERG mode
Yes
Resistance
Electromagnetic wheel-on
Flywheel
Wheel-on flywheel
Ride feel
2/5

Connectivity

Bluetooth FTMS
Yes
ANT+ FE-C
Yes
Wi-Fi
No
Ethernet
No
Multi Bluetooth
Unknown

Setup

Cassette
Not applicable
Zwift Cog
No
Virtual shifting
No
Axles
Depends on axle/skewer
Foldable
Yes
Weight
9.4kg
Noise
Limited
Storage
Excellent
Difficulty
moderate
Multi-bike
Excellent

Mini Watt compatibility

Will it work with Mini Watt?

Controllable support exists, but low power ceiling and wheel-on accuracy make it a limited Mini Watt compatibility.

Partial support

Mini Watt

No

Zwift

Compatible

ROUVY

Limited

MyWhoosh

Compatible

Pros

  • Very cheap used
  • Compact
  • Easy bike swaps

Cons

  • Low power
  • Low gradient
  • Wheel-on accuracy limits