HackRF One R10 + PortaPack H2 Full Kit

Description of the article « HackRF One R10 + PortaPack H2 Full Kit »

HackRF One R10 + PortaPack H2 Full Kit

The HackRF One R10 + PortaPack H2 Full Kit is a professional-grade Software Defined Radio system built for users who need flexible RF analysis, signal interception, replay capability, and technical investigation tools in one complete package. This 2024 edition is assembled and tested by Europe-Connection in France and supplied with the key accessories needed for immediate deployment in the field or on the bench.

Designed for security professionals, RF analysts, investigators, and technical users, this kit covers a wide 1 MHz to 6 GHz frequency range and supports both receiving and transmitting in half-duplex operation. With the addition of the PortaPack H2, the system can be used without a computer, making it especially practical for mobile RF work, on-site diagnostics, and standalone signal analysis.

What This SDR Kit Is Designed For

The HackRF One is an open-source SDR transceiver intended for advanced RF tasks such as signal analysis, protocol observation, replay testing, and wireless environment assessment. In practical use, it can help users capture and study analog or digital transmissions, inspect suspicious RF activity, and simulate previously recorded signals for authorized testing and evaluation.

This makes the kit suitable for professional workflows including RF forensics, counter-surveillance, technical investigations, and RF security auditing. It is also relevant for controlled testing of alarms, intercoms, RF remotes, industrial wireless systems, and IoT devices where lawful analysis and validation are required.

Standalone Operation with PortaPack H2

One of the major strengths of this package is the inclusion of the PortaPack H2M, which turns the HackRF One into a more autonomous platform. Instead of relying entirely on a connected computer, users can access core SDR functions directly from the integrated full-color touchscreen LCD interface.

The menu-driven interface allows direct navigation of supported functions, and the unit comes preloaded with Mayhem 2.1.0 firmware. According to the supplied product information, this setup enables users to record, replay, analyze, jam, and transmit directly from the device. This standalone design is particularly useful when portability, speed of deployment, or reduced equipment footprint matters.

RF Analysis and Technical Investigation Capabilities

The HackRF One R10 is built to work across a very broad RF spectrum, from 1 MHz to 6 GHz. This wide coverage allows it to be used across many common wireless environments and signal types. It can be used to intercept analog and digital signals, analyze transmissions, and replay captured activity for authorized testing scenarios.

In technical investigations, the device is presented as suitable for capturing signals from systems such as alarms, intercoms, car keys, and RF remotes. It can also be used for passive interception of industrial or consumer RF protocols, as well as for security testing involving IoT devices, RFID badges, and suspicious wireless infrastructure.

The source material also highlights use in identifying fake GSM towers or IMSI-Catchers, verifying whether devices rely on rolling codes or static transmission, and testing RF encryption for weaknesses. These functions make the kit relevant for structured RF audits where understanding signal behavior is essential.

Receiver and Transmitter Modes

Receiver Mode

In RX mode, the system can be used to detect suspicious signals in the surrounding environment and help identify active wireless devices. The provided product information specifically mentions applications such as locating active surveillance devices including spy microphones, hidden cameras, or GPS trackers, as well as analyzing signal intensity to help locate hidden transmitters.

Transmitter Mode

In TX mode, the HackRF One can replay previously recorded signals, simulate transmissions, and support controlled RF testing tasks. The source also references spoofing transmissions and performing jamming tests on specific frequencies. Because these functions may be regulated or restricted, users should ensure all operation remains compliant with local laws and authorized use policies.

Importantly, this is a half-duplex platform, meaning it can transmit or receive, but not simultaneously. That distinction matters for users planning workflows involving sequential capture and transmission rather than concurrent two-way operation.

Complete Full Kit Contents

This version is described as the recommended complete kit and includes a broader accessory package than the standard variants. Included in the box:

• HackRF One R10 (latest 2024 version)
• PortaPack H2M with touchscreen and Mayhem 2.1.0 firmware
• 5 antennas for broad frequency coverage
• 20 dB RF amplifier
• Li-Po battery 2400 mAh (pre-installed)
• TCXO for improved frequency stability
• Reinforced USB cable

Included Antennas

The kit includes five antennas covering the following ranges or bands listed in the source material:

• 40 MHz–6 GHz
• 433 MHz / 868 MHz
• 2.4–5.8 GHz
• GSM/3G/4G
• 700–2700 MHz

This expanded antenna bundle helps make the full kit more versatile for users working across multiple RF environments without needing to source basic accessories separately.

Technical Specifications

• Frequency range: 1 MHz to 6 GHz
• Operation mode: Half-duplex (TX or RX, not simultaneous)
• Instantaneous bandwidth: 20 MHz
• ADC resolution: 8 bits
• RF connector: SMA Female
• Interface: USB 2.0
• Hardware type: Open-source hardware
• Frequency stability: TCXO / TXCO listed for improved signal stability
• Operating system compatibility: Windows, Mac, and Linux
• Software compatibility: SDR#, GNU Radio, URH, SDR Console, and others

Software and Platform Compatibility

For users who want to move beyond standalone operation, the HackRF One R10 remains compatible with major SDR software environments. The source specifically lists GNU Radio, SDR#, SDR Console, and URH, along with compatibility across Windows, Mac, and Linux.

This gives users the flexibility to perform quick field tasks directly on the PortaPack H2, then shift to more detailed desktop-based analysis when needed. That combination is one of the key practical advantages of this full kit configuration.

Build Quality and Supply Details

According to the provided information, this version is assembled and tested in France by Europe-Connection. The product description also highlights high-quality components including the R10 PCB, TCXO, and EMI shielding, and states that the unit is delivered ready to use with pre-installed firmware.

For buyers who value after-sales support, the source also mentions expert technical support from SDR specialists and a 5-year buyer protection warranty. The user manual is provided in English.

Important Legal Notice

The HackRF One is an open-source SDR device that can be legally purchased, but some functions described in the source material may be restricted depending on jurisdiction. This includes activities such as RF jamming, replaying protected signals, or intercepting private communications. Users are responsible for ensuring that all operation is lawful and compliant with local regulations.

For professional and legitimate use, this product is best positioned for authorized RF testing, wireless security assessment, signal analysis, technical diagnostics, and counter-surveillance inspections carried out within the applicable legal framework.

Why Choose This Full Kit Version

If you want a HackRF setup that is ready for immediate use, this full kit offers a more complete starting point than stripped-down alternatives. The combination of the HackRF One R10, PortaPack H2, Mayhem 2.1.0, five antennas, 20 dB RF amplifier, pre-installed 2400 mAh battery, and reinforced USB cable gives you a practical package for both portable and desktop SDR work.

For users who need broad frequency coverage, standalone operation, and compatibility with established SDR software tools, this package delivers a strong balance of flexibility and convenience while remaining grounded in open-source SDR architecture.