In-Depth Look: PHANTOM 2 VISION+ (FCC ID: SS3-RE7001402)

Unveiling the PHANTOM 2 VISION+ by DJI Innovations: A Comprehensive Teardown and Specs Analysis

Introduction

The PHANTOM 2 VISION+ by DJI Innovations stands as a testament to advanced drone technology, offering an exceptional aerial photography experience. This device is engineered to cater to enthusiasts and professionals alike, providing seamless control and high-quality imaging. With an FCC ID of SS3-RE7001402, the PHANTOM 2 VISION+ has met stringent regulatory standards, ensuring it is both legal for sale in the US and compliant with RF emission standards. Although the grant date is unspecified, the certification underscores its reliability and safety in electromagnetic environments. In this article, we will delve into the drone’s key specifications, explore its cutting-edge technology, and conduct an in-depth analysis of its internal components, offering insights into its regulatory compliance and potential use cases.

Key Features & Specifications

The PHANTOM 2 VISION+ is packed with innovative features designed to enhance user experience and performance. Below are its standout specifications:

Key Features:
– Pre-established Link: The remote controller and aircraft are linked prior to delivery, ensuring a ready-to-use experience out of the box.
– 5.8GHz Wireless Communication: Utilizes the 5.8GHz frequency band for robust and interference-free control.
– Range Extender: Mounted on the remote controller, this extends the operational range, enhancing the device’s versatility.
– Mobile Device Holder: Allows users to mount their mobile devices for real-time video streaming and control.
– Controller Modes: Set to Mode 2 by default, with the right stick mapped to the throttle channel, complying with CE standards.

Technical Specifications:
– Compliance: The remote controller adheres to both CE and FCC regulations.
– FCC Compliance Range: Up to 500 meters, providing extensive operational flexibility.
– CE Compliance Range: Limited to 300 meters, ensuring compliance with European standards.
– Wi-Fi and Bluetooth: Present but unspecified, indicating potential connectivity options.

Technology Deep Dive

The PHANTOM 2 VISION+ employs sophisticated wireless technologies, primarily leveraging the 5.8GHz band for control, which is less congested than the typical 2.4GHz band, thus reducing interference and enhancing range and reliability. Although specific details on Wi-Fi and Bluetooth are not provided, these technologies generally facilitate seamless device connectivity and data transmission. The device’s reliance on these frequencies implies efficient power consumption and robust performance, crucial for maintaining stable connections in varying environments. The absence of detailed test reports limits deeper analysis, but the available data suggests a focus on maximizing communication reliability and user experience.

In-Depth Internal Component Analysis / Teardown

The first image reveals a meticulously designed PCB featuring a large IC, likely a System on Chip (SoC) or a microcontroller, shielded by a metal cover to prevent EMI/RFI interference. This component is crucial for processing flight commands and managing communications. The PCB is a multi-layer FR4, indicative of its complexity, with differential pair routing for high-speed data. A coaxial cable suggests an antenna connection, essential for maintaining the drone’s communication capabilities. The robust design, including numerous test points and connectors, highlights the device’s modularity and ease of maintenance.

This image showcases a compact PCB with a metal shield, suggesting housing for sensitive RF or processing ICs. The presence of a battery indicates the device’s portability, with wiring likely connecting to essential sensors or modules. The design emphasizes shielding to enhance RF performance, critical for reliable communication in varied environments. The build quality aligns with a focus on durability and efficiency.

The third image features a PCB with a metal shield over a key IC, highlighting the emphasis on protecting RF components. The visible battery connector and wiring indicate power management capabilities, essential for sustaining flight operations. The compact design suggests efficient space utilization, crucial for the drone’s lightweight and portable nature.

This PCB displays a large shield, likely covering an SoC or RF transceiver, indicative of its wireless communication focus. The layout is compact, with a mix of components for power management and processing. The absence of visible antennas suggests internal integration, enhancing the device’s sleek profile.

Here, a large metal shield dominates the PCB, protecting vital ICs, possibly an SoC or RF transceiver. The design is sophisticated, with high component density under the shield, reflecting a focus on maximizing performance while minimizing interference—a hallmark of well-engineered RF devices.

This image depicts a PCB with several ICs and connectors, likely for antennas operating in common Wi-Fi or Bluetooth bands. The presence of power regulation components suggests robust power management, essential for stable operation in wireless communication.

The simplicity of this PCB, with visible wire antennas, suggests its role in basic RF communication, possibly as a sensor or transmitter. The lack of complex circuitry indicates a focus on low-power, low-data-rate applications, emphasizing cost-effectiveness and ease of deployment.

This PCB features a central SoC, surrounded by power management ICs, indicative of its processing and communication capabilities. The design suggests careful consideration for signal integrity and power efficiency, critical for high-performance operation.

A prominent microcontroller or SoC is shielded on this PCB, underscoring the device’s focus on RF performance and interference protection. The layout is compact, with efficient space utilization to accommodate processing and communication tasks.

This PCB features a trace antenna, likely for RF communication, with a robust layout supporting efficient signal transmission. The design is geared towards wireless connectivity, essential for the drone’s operational capabilities.

The PCB shows a trace antenna and differential pair routing, indicating high-speed data handling capabilities. The design focuses on maintaining signal integrity, critical for reliable communication in dynamic environments.

This PCB showcases several ICs and power components, underscoring its processing and communication roles. The design balances performance and cost, with modularity for ease of assembly and repair.

Regulatory Insights & FCC Filing

The FCC ID SS3-RE7001402 signifies compliance with US standards for electromagnetic interference, validating the PHANTOM 2 VISION+ for sale and use in the US market. Although the grant date is unspecified, registration with FCC.gov confirms adherence to mandatory regulations. FCC filings typically include detailed test reports on RF exposure, electromagnetic compatibility, internal photos, user manuals, and schematics, providing comprehensive insights into a device’s compliance with regulatory standards. These filings ensure the device operates safely and effectively within specified RF limits, protecting users and other electronic equipment from harmful interference.

Potential Use Cases & Target Audience

The PHANTOM 2 VISION+ is ideal for various user profiles, including:

• Aerial Photography Enthusiasts: With its advanced camera and stable flight capabilities, it is perfect for capturing stunning aerial images and videos.
• Professional Videographers: The drone’s high-quality imaging and extended range make it a valuable tool for film and media production.
• Tech Savvy Consumers: Its user-friendly design and cutting-edge technology appeal to gadget enthusiasts seeking the latest in drone innovation.

Conclusion

The PHANTOM 2 VISION+ by DJI Innovations exemplifies cutting-edge drone technology, offering exceptional performance, robust communication capabilities, and a user-friendly experience. Its FCC certification highlights its adherence to regulatory standards, ensuring safe and reliable operation. As a leader in the drone market, the PHANTOM 2 VISION+ continues to set benchmarks for quality and innovation, serving a diverse range of users from hobbyists to professionals.

Related Documents

• User Manual Part 2
• User Manual Part 1
• Int Photos
• Ext Photos
• Fcc Id Label