What the Gerbera is made of
39 documented parts and 39 photos, from recovered wreckage and the reporting on it. Each part gives its marking, maker and country where known, and links the record it comes from. The system itself: Gerbera.
What it costs
Every price is given three ways: in roubles, in dollars at the market exchange rate, and as the relative cost for Russia: the dollars price scaled down to Russian price levels, which are about a third of American ones. Each figure names its source.
Figures for the whole Gerbera
Reported whole decoy drone, estimated unit cost · Official statement, Andriy Chernyak, HUR spokesperson, speaking to Reuters, 2025
- Roubles
- ₽840,000
- Dollars, market rate
- $10,000
- Dollars, relative cost for Russia
- $3,500
Stated as US$10,000: While a single Shahed drone costs Russia up to $200,000, the Gerbera is estimated at just $10,000 per unit.
Reported whole decoy drone, production cost · Official statement, Ukrainian officials, cited by ISIS, 2024
- Roubles
- ₽930,000
- Dollars, market rate
- $10,000
- Dollars, relative cost for Russia
- $3,100
Stated as US$10,000: Ukrainian officials estimate that the drone costs $10,000 to produce, a fraction of the cost of the Shahed 136 or other drone systems used by Russia.
How the prices are worked out
Each figure is first given as its source states it. A price in dollars, yuan or euros is converted into roubles at the average market exchange rate of its year (for 2026: Bank of Russia official rate, average Jan–Sep 2026). The dollar price at the market rate is those roubles converted back, which is what the item costs someone paying in dollars.
The third price is the relative cost for Russia. Prices inside Russia are far lower than the exchange rate suggests: in 2025 a dollar fetched 83.7 roubles on the market, but 29.6 roubles bought in Russia what a dollar bought in the United States, according to the World Bank's purchasing-power-parity factor. Russian price levels were therefore about 35% of American ones, and the third price is the market-rate price scaled down by that share. It is a comparison, not money paid: it shows how much smaller the burden is when the work is paid at Russian prices, which is why a rouble budget goes about 2.8 times further than its dollar value suggests.
The factor measures prices across the whole economy, not the price of weapons. It fits Russian wages and locally made parts best. Imported parts, such as Chinese engines and radios, are paid for in hard currency, so for them the market price is the real cost and their third price equals it. A figure for a whole weapon mixes both, so its relative cost understates the imported share.
Economists who compare defence budgets make the same point. Michael Kofman and Richard Connolly put Russia's effective military spending at $150–180 billion a year at purchasing-power parity, against the roughly $60 billion a year a market-rate conversion suggests. War on the Rocks, 2019 ↗
Peter Robertson of the University of Western Australia built a price index for military spending itself and found Russia's real budget to be more than three times its market-rate value. University of Western Australia, 2021 ↗
Prices are not adjusted for inflation: each is converted at the rates of its own year, which is shown with it. Sources for the rates: World Bank, official exchange rate (LCU per US$, period average), World Bank, PPP conversion factor, GDP (LCU per international $), Bank of Russia, official exchange rates.
Where the parts were made
- United States of America 22
- Analog Devices, Honeywell International, Texas Instruments, Burr-Brown Corporation (Texas Instruments), Atmel (Microchip Technology), National Semiconductor (Texas Instruments), Altera Corporation (Intel), Xilinx Inc. (AMD), Pulse Electronics Corporation, Micron Technology, Integrated Silicon Solution (Ingenic Semiconductor), Monolithic Power Systems, Linear Technology Corporation (Analog Devices)
- People's Republic of China 6
- XLSEMI, Mile Haoxiang Technology Co., Ltd. (DLE), Topotek, Xingkay Tech, UIY Inc
- Switzerland 5
- STMicroelectronics, U-blox
- Netherlands 3
- NXP Semiconductors, Ampleon
- Germany 2
- Infineon Technologies
- Taiwan 1
- Realtek
Sources
- HUR War & Sanctions: Gerbera UAV, Tail Number ЫЫ 748 · українською
- HUR War & Sanctions: Gerbera UAV · українською
- Open Source Munitions Portal — search its munition identification records
Ukrainian pages read alongside the English: same items, markings and text.
Gerbera UAV, Tail Number ЫЫ 748 record ↗
Universal flight controller
- Voltage converter board
- XL6009E1
2408E
DC/DC converter
record ↗

- Flight controller board
- ADXL345
345B
#402
5851
PHIL
High-resolution three-axis accelerometer
record ↗

- L3GD20
AGD8
2421
GQKAG
MEMS гіроскоп
record ↗

- HMC5883L
L883
2516
Three-axis digital compass chip
record ↗

- MC34063AP
34063
PAPLA
DC/DC converter
record ↗

- BB11174
41658
B
Voltage regulator
record ↗

- ATMLH417
64DM CN
2417 9TT
Memory chip
record ↗

- LM1881M
3A35
Video signal distributor
record ↗

- NEO-M8N-0-10
24225842292
2226
1300 32
GNSS module
record ↗

- STM32F407VGT6
996PX 9R 4
MYS 99 323
RQ
A 32-bit microcontroller
record ↗

Gerbera UAV record ↗
Universal flight controller
- Voltage converter
- XLSEMI
XL6009E1
932WR
DC/DC Converter
record ↗

- Flight controller board
- M34063 (MC34063)
TI46M
AFV12
DC/DC converter
record ↗

- BB11174
3BZ3Y7H
Voltage regulator
record ↗

- 3A35
LM
1881M
Video sync separator
record ↗

- ATMLH403
640M TH
2403GK5
EEPROM
record ↗

- NEO-M8N-0-10
89460525565
2336
1300 20
Versatile GNSS module
record ↗

- STM32F407VGT
6
99SY4-VQ6
MYS 99 343
Microcontroller
record ↗

- MPXV5010DP
KUS414c
Pressure Sensor
record ↗

Mesh Network XK-F358 modem
- Board 3
- ALTERA
EPM240
M10015N
B2325
S330MJ02
Complex programmable logic device (CPLD)
record ↗

- CM069UB
23K^G4
C6GF
CMOS hex inverter
record ↗

- 0904NSI
HAB917
Power MOSFET transistor
record ↗

- 0902NS
HAC152
Power MOSFET transistor
record ↗

- AMPLEON
BLP15MSS70
0450
02408
Transistor
record ↗

- M: UIYDC1919A
1300T1500
N: NB24856
RF circulator
record ↗

- Board 2
- XILINX
ZYNQ
XC7Z020
CLG400ABX2225
D673
TAIWAN
Programmable system on chip (SoC)
record ↗

- RTL8201F
L51F731
GL21B
Ethernet controller
record ↗

- Board 1
- H0013NL
2401-H CHINA
Magnetic module
record ↗

- 1930
1-7
29…G08ABADA
NAND Flash memory
record ↗

Controlled reception pattern antenna (CRPA)
- AD9361BBCZ
#2233
5933765 1
KOREA
RF Agile transceiver
record ↗

- MIMXRT1052
CVL5B
1N04V
CTBZ2411H
Microcontroller
record ↗

- 1755
ADJ
#189
31008
Linear voltage regulator
record ↗

- IS25LP128
FBLE 1822
P1K393L4
Flash memory
record ↗

- 1AAVY6U
LM2 12 15
AMH-1
Synchronous buck regulator
record ↗

- MPS 2312
MPM3550E
PA837128B
DC/DC power module with integrated inductor
record ↗

- YE08
32K G4
AP77
8-Bit bidirectional voltage-level translator
record ↗

- LTGTD
e3
Undervoltage and reverse supply protection controller LTC4367
record ↗

Camera with 3-axis gimbal
Камера з 3-осьовим підвісом
KHY10S90 80100424261010
Also reported
- Airframe — Plywood internal frame and case for the electronics, covered by a painted foam body; HUR says the design is based on a Chinese prototype and that Skywalker Technology (China) makes fuselages source
- Engine — DLE60 60 cc two-stroke by Mile Hao Xiang Technology Co., Ltd (China), US-sanctioned in summer 2024 for supplying Russia source
- Engine (alternative) — Stinger 70 cc twin by RCGF Stinger Co., Ltd (China) found in some examples source
- Anti-jam satellite-navigation antenna (CRPA) — Chips from Analog Devices and Texas Instruments (USA) and NXP Semiconductors (Netherlands) source
- Flight controller — Universal flight controller with parts from Texas Instruments and Atmel (USA), STMicroelectronics and u-blox (Switzerland), NXP (Netherlands) and XLSEMI (China) source
- Camera — Topotek KHY10S90 three-axis gimbal camera (China), used for operator guidance of the strike version and for reconnaissance source
- Mesh modem — Xingkai Tech XK-F358 mesh-network modem (China); the same modem family is used on Geran-2 and Molniya source
- Cellular modem (early examples) — 3G/4G antennas and a SIM-equipped modem for an intermittent video link, on the first example recovered near Kyiv in July 2024 source
- Engine and fuel tank (Gerbera-2) — Enlarged version with a 63-litre fuel tank, new electronics and a more powerful engine described as "half a Geran-2 engine"; claim from wreckage photos circulated by Russian channels Telegram channel:source
Part records and photos: HUR War & Sanctions, Ukraine's Defence Intelligence database of foreign components found in Russian weapons, and the other sources named on each part. A marking, date code or country is given as the source records it.


