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Kalana physical track prototype, carbon fibre monocoque, side profile in workshop

Development Mule

Kalana

Carbon fibre prototype. Three circuit lap records. Built from scratch in Estonia with no factory backing.

Purpose Development mule
Construction Carbon fibre monocoque
Status Operational · testing
Validation Pininfarina wind tunnel
Track record 3 circuit lap records

What Kalana Is

Oldbac’s first operational chassis. Designed from scratch in Estonia and built to validate aerodynamic theory against real track data. Every component exists to generate information, not to impress.

On its competitive debut it broke the Porsche Ring lap record. Across individual events it has set three circuit lap records, running without factory support. The data acquired directly informs the design of Tahkuna, the next-generation Pikes Peak prototype.

Kalana on track in wet conditions, front three-quarter

Specifications

Vehicle typeTwo-seat prototype
PurposeAerodynamic & mechanical development mule
ChassisCarbon fibre monocoque
EngineJudd DB 3.4L V8, naturally aspirated
SuspensionDouble wishbone, push rod (front & rear)
Weight910 kg (wet, no fuel/driver)
Downforce1,470 kg at 250 km/h
Aerodynamic validationPininfarina wind tunnel, Torino
Track record3 circuit lap records (2023–2024)
StatusOperational — active testing programme

All figures from current prototype. Subject to ongoing development.

Development Timeline

  1. Concept & design Ground-up chassis and aero package designed by the team
  2. Prototype build Carbon monocoque manufactured and assembled in Estonia
  3. Wind tunnel validation Full-scale aero testing at Pininfarina, Torino — 2023
  4. Track testing & records Three circuit lap records across individual events in 2023 and 2024
  5. Data acquisition & correlation Ongoing physical testing to feed Tahkuna aero and mechanical parameters

Aerodynamic Efficiency

1,470 kg of downforce at 250 km/h. The aero package was designed computationally, then validated at the Pininfarina wind tunnel in Torino. CFD and physical data now correlate within margins useful for Pikes Peak altitude modelling.

Kalana in Pininfarina wind tunnel, rear view with fan disc
Team assembling Kalana bodywork panels in workshop

Low mass

910 kg wet, no fuel or driver. Carbon fibre monocoque primary structure. Every component selected or manufactured to minimise mass.

Kalana cockpit and steering wheel detail

Packaging

Judd DB 3.4L V8, double wishbone push rod suspension front and rear. Layout prioritises centre-of-gravity placement and clean rear diffuser airflow.

Kalana on track, front view in wet conditions

Validated on track

Three lap records across individual events in 2023 and 2024. Theoretical models tested against physical telemetry. Data directly shapes the Tahkuna programme.

The Work

Frequently Asked

What stage is Kalana currently in?

Kalana is a fully operational prototype in active use. It is currently running a testing programme to generate aerodynamic and mechanical data for the Tahkuna project.

Is the car already running?

Yes. Kalana has competed at individual events and holds three circuit lap records.

Is it road legal?

No. Kalana is a track-only single-seat prototype designed exclusively for development and competition.

Are customer cars planned?

Not for Kalana. It is a development vehicle. The Tahkuna programme includes a limited customer car allocation.

Are specifications final?

Current specifications reflect the prototype as tested. Some parameters may change as the development programme continues.

Can sponsors or partners get involved?

Yes. Oldbac is open to technical partnerships and sponsorship discussions. Visit the sponsorship enquiry page for details.

Where is it developed and built?

Kalana was designed in Estonia. Manufacturing involved both in-house work and specialist partners. Aerodynamic validation was conducted at the Pininfarina wind tunnel in Torino, Italy.

Discuss the Project

Kalana is an active engineering programme. For sponsorship, partnership, technical collaboration, or ownership enquiries.