Full search page

Vehicle Comparison

Atomic Blimp vs Xero Blimp

Compare base and upgrade-tested performance where available, switch HSW or custom states per side, and keep the base vehicle economy and handling view visible underneath.

Tested Performance Comparison

These rows follow the selected compare state on each side, including HSW and other reviewed upgrade states when available.

Atomic BlimpΔXero Blimp
Tested Top Speed
Atomic Blimp105 MPH (Base Tested)
2 MPH
Xero Blimp107 MPH (Base Tested)
Tested Lap Time
Atomic Blimp1:43.270
1.336 s
Xero Blimp1:41.934
Class Rank
Atomic Blimp#38 in Planes
1 places
Xero Blimp#37 in Planes
Overall Rank
Atomic Blimp#124
2 places
Xero Blimp#122

Base Vehicle Economy & Ownership

Economy rows stay tied to the canonical base vehicle, even when an upgrade state is active above.

Base-canonical economy only

Atomic BlimpΔXero Blimp
Purchase Price
Atomic Blimp-
N/A
Xero Blimp-
Owned Resale
Atomic Blimp-
N/A
Xero Blimp-
Trade Price
Atomic Blimp-
N/A
Xero Blimp-
Cost per MPH
Atomic Blimp-
N/A
Xero Blimp-

Base Vehicle In-Game Stat Bars

These rows stay on the base vehicle because HSW and custom upgrades do not have a reliable in-game HUD model in this compare view.

Base-canonical handling only

Atomic BlimpΔXero Blimp
Acceleration Score
Atomic Blimp75/100
8 pts
Xero Blimp83/100
Braking Score
Atomic Blimp13/100
Even
Xero Blimp13/100
Traction Score
Atomic Blimp20/100
Even
Xero Blimp20/100

Base Vehicle Handling Radar

Shape tells the story for the base vehicles only: wider polygons usually mean a more balanced handling profile, while spikes indicate specialization.

SpeedAccelBrakingTraction
Atomic Blimp
Xero Blimp

Base value snapshot

Atomic Blimp: -

Xero Blimp: -

Base Vehicle Street Profile

These handling notes stay tied to the base vehicles, regardless of any HSW or custom state selected above.

Ram Rating

Both are close in weight, so ram resistance is similar.

Launch Profile

Both share a similar drivetrain layout, so launch behavior should be closer.

Braking Edge

Braking coefficients are matched, so stopping performance should be similar.