Storkjetsp. z o.o.

KRS: NIP: REGON:

Overview

Status
Deleted
Activity period
2016-11-24 – 2026-01-19
Share capital
76,650.00 PLN
Activity description

StorkJet develops software for airlines that analyzes flight data to reduce fuel consumption and CO₂ emissions. FuelPro supports fuel-saving programs, FlyGuide is an EFB app for pilots, and AdvancedAPM monitors aircraft performance and supports fuel planning.

Registered address
ul. Jana III Sobieskiego 2, 40-082 Katowice, Poland
Phone
Social media

Financials

Revenue history (in k)

Data and insights are generated automatically from financial statements – they may contain errors and are neither a credit assessment nor business advice.

Statistics

How the company ranks by revenue within its industry, region and across Poland in 2024.

Results vs voivodeship

Revenue
This companyUSD 2.20mMedianUSD 188.59kAverageUSD 4.29m
Net profit
This companyUSD 466.44kMedianUSD 4.32kAverageUSD 80.82k
Operating costs
This companyUSD 1.64mMedianUSD 163.00kAverageUSD 4.02m
Assets
This companyUSD 2.89mMedianUSD 162.85kAverageUSD 5.19m

Bank accounts

Registered as a VAT taxpayer on 2017-01-01.

Debt

No entries in the National Debtors Register (KRZ).

MSiG notices

Publication dateEvent
Nov 7, 2025Transformation plan

Public aid

66 public aid cases recorded, with a total value of $2,817,364.

PurposeGross amount
Aid for research and development projects: experimental development
–
De minimis aid (in accordance with Commission Regulation 2023/2831)
–
De minimis aid (in accordance with Commission Regulation 2023/2831)
–

European Funds

6 projects co-financed from European Funds recorded, with total EU co-financing of $4,136,084.

ProjectEU co-financing
Reducing CO2 emissions and increasing the safety of flight operations through the use of multidimensional corrections based on machine learning in aircraft performance models used for flight planning.
$1.7M
Use of machine learning methods to account for the probability of receiving a shortcut when optimizing the flight profile in an aircraft cockpit.
$541.3K
Calculation of commercial aircraft deterioration during the climb phase to reduce fuel consumption and CO2 emissions and increase safety.
$1M

Change history

DateEvent
2026-01-19Struck off the register
2025-05-30Share capital increase
2024-08-28Share capital increase
2021-06-28Address change
2020-03-13Address change

FAQ

Last updated: 2026-10-21