DJI Phantom

DJI Phantom is a product family of quadcopter unmanned aerial vehicles developed by DJI, the Chinese drone and imaging-technology company. Introduced in January 2013, the Phantom began as a relatively affordable, approachable aircraft for recreational pilots and camera enthusiasts. At a time when many multirotor aircraft required substantial technical knowledge, assembly, and manual tuning, the Phantom combined an integrated flight controller, GPS-assisted positioning, a ready-to-fly configuration, and a recognizable white airframe into a comparatively simple consumer product. Its accessibility made it one of the earliest commercially successful recreational drone platforms and one of the most influential designs in the development of modern aerial photography drones. The first Phantom did not contain a built-in camera. Instead, it used DJI's NAZA-M autopilot system and could carry an optional GoPro camera. The Phantom FC40 subsequently added a dedicated camera and mobile-device video functions. The Phantom 2 generation moved the line toward integrated imaging: the Phantom 2 Vision included a built-in camera and one-axis gimbal, while the Phantom 2 Vision+ introduced a redesigned camera with a self-stabilizing three-axis gimbal. These developments helped establish the now-familiar consumer-drone formula of a folding or fixed multirotor aircraft, live video transmission, smartphone control, GPS position holding, automated return-to-home, and a stabilized camera. The Phantom 3 series expanded the platform's technical capabilities and differentiated the line by performance and price. The Professional model supported 4K recording, while the Advanced model targeted buyers who wanted much of the same flight technology with lower imaging specifications. Visual positioning improved low-altitude and indoor hovering, and Lightbridge transmission gave selected models a more robust connection than earlier Wi-Fi-based systems. Lower-cost Standard and 4K variants broadened the range, while the Phantom 3 SE adapted the platform for particular markets and improved live-video transmission. The Phantom 4 family repositioned the product as a more capable prosumer and professional imaging platform. The 2016 Phantom 4 added obstacle sensing, ActiveTrack subject tracking, and TapFly flight control. The Phantom 4 Pro raised image quality with a one-inch sensor, a mechanical shutter, and expanded obstacle sensing. Pro+, Advanced+, and Obsidian versions created further differentiation through integrated-screen controllers, upgraded camera systems, or specialized finishes. The Phantom 4 Pro V2.0 later added OcuSync transmission, quieter propellers, and revised electronic speed controllers. DJI also adapted the Phantom architecture for specialist work. The Phantom 4 RTK incorporated real-time kinematic positioning and redundant satellite-navigation hardware for mapping and surveying. The related P4 Multispectral used a six-sensor camera array for agricultural and environmental analysis, although DJI dropped the Phantom name from that agricultural product. Phantom aircraft were used in journalism, conservation, farming, search and rescue, inspection, mapping, severe-weather research, and scientific exploration, in addition to recreational photography and videography. The Phantom became a global cultural reference point for consumer drones, but its broad availability also created operational, safety, military, and regulatory controversies. Phantom aircraft were reportedly used by ISIS for surveillance and improvised attacks, illustrating the dual-use character of commercially available drones. DJI also faced restrictions and sanctions in the United States at the corporate level, even while some government units continued procuring Phantom 4 Pro aircraft for specialized use. The series did not receive an officially released Phantom 5. DJI denied that leaked prototype images represented a Phantom 5 and later disputed reports that a Phantom 5 project h…

DJI introduced the Phantom on January 7, 2013, during the early consumer expansion of multirotor aircraft. The original platform was designed to reduce the technical barriers associated with building and flying a camera-carrying quadcopter. It incorporated DJI's NAZA-M autopilot and GPS-assisted hovering, used a 2.4 GHz control system, and offered roughly fifteen minutes of flight time from its battery. Although the aircraft lacked an integrated camera, an optional mount allowed users to carry a GoPro camera. This combination of ready-to-fly packaging, automated stabilization, and a recognizable integrated airframe helped distinguish the Phantom from more technically demanding hobbyist platforms. DJI followed the original aircraft with the Phantom FC40, which integrated a small dedicated camera and mobile-device video functions. The FC40 used a separate control and video-frequency arrangement and allowed users to view a near-real-time feed through an iOS or Android application. Its fixed camera angle still required manual adjustment before flight, but the product marked DJI's movement toward a complete aerial-imaging system rather than an aircraft sold primarily as a camera carrier. The Phantom 2 generation, launched in late 2013 and 2014, established the product family's camera-drone identity. The Phantom 2 Vision added a built-in camera, one-axis motorized gimbal, Wi-Fi connectivity, GPS position holding, return-to-home functionality, and a larger battery. The camera could record 1080p video and capture 14-megapixel photographs. DJI also offered a camera-less Phantom 2 that could be paired with a Zenmuse H3-2D gimbal and GoPro HERO3. The Phantom 2 Vision+ advanced the line further with a redesigned camera and three-axis gimbal capable of pointing vertically downward. A later V3.0 revision added more powerful motors, revised electronic speed controllers, new propellers, and an improved compass module. In April 2015, DJI introduced the Phantom 3 Professional and Advanced. These models brought visual positioning, stronger digital transmission through Lightbridge, GPS and GLONASS navigation, and Sony Exmor imaging hardware. The Professional supported 4K recording, while the Advanced was limited to 2.7K. DJI subsequently expanded the family with the lower-priced Phantom 3 Standard, the Phantom 3 4K, and the Phantom 3 SE. The Standard retained Wi-Fi transmission and omitted some of the positioning features available on higher models. The Phantom 3 4K combined the Standard's transmission approach with the Professional's higher-resolution camera and visual positioning. The SE was initially introduced in China and later became available in selected international markets with improved live-video transmission and greater reported range. The Phantom 4, released in March 2016, represented a substantial change in both design and software. It introduced a revised shell, push-and-release propellers, obstacle avoidance using cameras and ultrasonic sensing, and assisted flight features. ActiveTrack enabled the aircraft to follow moving subjects, while TapFly allowed pilots to direct the drone by selecting a destination within the mobile application. The Phantom 4 retained a 1/2.3-inch camera but improved flight time and usability compared with earlier models. DJI launched the Phantom 4 Pro and Pro+ in November 2016. These versions used a one-inch 20-megapixel Exmor R sensor, a mechanical shutter, improved obstacle sensing, and a larger battery. The Pro+ included a remote controller with an integrated 5.5-inch display and flight application. DJI later presented Obsidian editions with matte-black airframes and magnesium camera-and-gimbal assemblies. The Phantom 4 Advanced and Advanced+ followed in April 2017, offering a one-inch camera, mechanical shutter, and 4K recording at up to 60 frames per second while replacing the standard Phantom 4 in DJI's range. In May 2018, DJI introduced the Phantom 4 Pro V2.0. The update retained the core Pro camera but adopted OcuSync transmission, revised electronic speed controllers, and low-noise propellers. Production was reportedly paused because of a supplier parts shortage and resumed in January 2020. The same year, DJI released the Phantom 4 RTK, a specialized mapping and surveying aircraft based on the Phantom 4 Pro. Its RTK positioning module supported multiple satellite systems and was paired with redundant navigation hardware to improve reliability in difficult signal environments. The Phantom platform also moved into agricultural imaging. Announced in September 2019, the P4 Multispectral used a six-camera array combining RGB and narrow-band sensors. Although technically derived from the Phantom 4 RTK, it dropped the Phantom name and became part of DJI's broader professional and agricultural portfolio. A Phantom 4 RTK SE was later reported in leaks and DJI listings, with changes focused largely on packaging and charging equipment. Throughout its life, Phantom aircraft served a wide range of users. Recreational pilots used them for aerial photography and video, while journalists, conservationists, farmers, emergency responders, surveyors, inspectors, and scientists used them for observation and data collection. Phantom aircraft were marketed at major consumer-electronics events and appeared in promotional activities such as Fox Broadcasting Company's use of Phantom 2 Vision+ aircraft around the television series 24 during the 2014 San Diego Comic-Con. The platform's success also exposed the risks of consumer drone diffusion. Phantom aircraft were reportedly used by ISIS for reconnaissance and for dropping small explosives in Syria and Iraq. The series also became entangled in broader debates over DJI's relationship with government and military users, data security, sanctions, and procurement. In the United States, some agencies restricted DJI products, yet the FBI continued to procure Phantom 4 Pro aircraft for particular missions. Reports of a Phantom 5 circulated after leaked images appeared in 2018 and again in 2019, but DJI denied that the images showed a planned retail model and said there was no Phantom 5 cancellation to announce. DJI instead developed the Mavic family as the successor to its mainstream portable imaging offerings. By the early 2020s, the Phantom line remained supported through product and download pages but was no longer an actively expanding flagship consumer series.

1. 2023Late Phantom product listings

   The Phantom 4 RTK SE was reported as listed on DJI's website as late as January 2023, although the family was no longer an actively expanding mainstream line.

   Source
2. 2020Phantom 4 Pro V2.0 production resumes

   Production reportedly restarted after DJI resolved a supplier-related parts shortage.

   Source
3. 2019P4 Multispectral announced

   A six-sensor agricultural imaging platform based on Phantom 4 RTK technology was announced under the P4 Multispectral name.

   Source
4. 2018Phantom 4 Pro V2.0 introduced

   DJI updated the Phantom 4 Pro with OcuSync, quieter propellers, and revised electronic speed controllers.

   Source
5. 2018Phantom 4 RTK launches

   DJI adapted the platform for mapping and surveying with RTK positioning and redundant GNSS hardware.

   Source
6. 2017Phantom 4 Advanced announced

   The Advanced series added a one-inch camera with mechanical shutter and 4K recording at up to 60 frames per second.

   Source
7. 2016Phantom 4 launches

   The Phantom 4 introduced a redesigned airframe, obstacle avoidance, ActiveTrack, and TapFly.

   Source
8. 2016Phantom 4 Pro launches

   The Phantom 4 Pro raised imaging performance with a one-inch 20-megapixel sensor and expanded obstacle sensing.

   Source
9. 2015Phantom 3 generation launches

   The Phantom 3 Professional and Advanced added visual positioning, Lightbridge transmission, improved Sony imaging, and GPS/GLONASS navigation.

   Source
10. 2014Phantom 2 Vision+ launches

    The Vision+ introduced a redesigned camera and three-axis stabilization, substantially improving aerial-video quality.

    Source
11. 2013Original Phantom introduced

    DJI released the first Phantom on January 7, 2013, combining GPS-assisted flight control and ready-to-fly packaging with support for an optional GoPro camera.

    Source
12. 2013Phantom 2 Vision launches

    The Phantom 2 Vision brought an integrated camera, one-axis gimbal, mobile-device connectivity, and a larger battery to the series.

    Source

Accessible, ready-to-fly aerial imaging equipment spanning recreational, prosumer, and specialized professional use. The series was positioned between hobbyist multirotor kits and higher-end enterprise aircraft, emphasizing ease of use, GPS-assisted flight, stabilized cameras, automated flight functions, and progressively stronger obstacle sensing and transmission systems.

• Phantom / Phantom 1Entry-level camera-carrier quadcopter2013

  The original Phantom was a ready-to-fly quadcopter released in January 2013. It used DJI's NAZA-M autopilot and GPS-assisted hovering, operated on a 2.4 GHz control link, and offered approximately fifteen minutes of flight time. The aircraft did not include a built-in camera, but an optional mount allowed users to attach a GoPro camera. Its combination of automated stabilization and simple setup made it approachable to users who did not want to build or tune a multirotor themselves.

• Phantom FC40Camera quadcopter2013

  The FC40 added a dedicated FC40 camera to the Phantom 1 platform. It used a fixed, manually adjustable camera mount, supported 720p video, and provided Wi-Fi-linked live video to an iOS or Android device. The model separated the control and first-person-view functions across different radio frequencies and represented DJI's early effort to deliver a more complete out-of-the-box aerial-video experience.

• Phantom 2 VisionIntegrated-camera consumer drone2013

  The Phantom 2 Vision was the first Phantom with a built-in camera. Its one-axis gimbal provided vertical movement, while the camera recorded 1080p video and captured 14-megapixel still images. GPS position holding, return-to-home, Wi-Fi connectivity, smartphone control, and a 5200 mAh battery helped establish the feature set that became typical of consumer camera drones.

• Phantom 2Camera-carrier consumer drone2013

  The camera-less Phantom 2 was designed for users who wanted to select their own imaging equipment. DJI offered an optional Zenmuse H3-2D two-axis gimbal for carrying a GoPro HERO3. This configuration preserved the Phantom 2's GPS-assisted flight and return-to-home functions while giving hobbyists and early aerial filmmakers more flexibility over the camera payload.

• Phantom 2 Vision+Stabilized-camera consumer drone2014

  The Phantom 2 Vision+ replaced the Vision's single-axis mechanism with a self-stabilizing three-axis gimbal and a redesigned camera. Its gimbal could tilt the camera downward through a much wider range, including a near-vertical view, making it more suitable for mapping-style perspectives, architectural imagery, landscape work, and stabilized video. The later V3.0 revision added more powerful motors, updated speed controllers, new propellers, and an improved compass module.

• Phantom 3 ProfessionalProsumer 4K camera drone2015

  The Phantom 3 Professional was one of the first Phantom models to offer 4K video recording. It combined a Sony Exmor 1/2.3-inch camera with visual positioning, Lightbridge transmission, GPS and GLONASS navigation, and a roughly 23-minute flight time. The model targeted serious enthusiasts and professional users who wanted high-resolution aerial imaging in a relatively accessible platform.

• Phantom 3 AdvancedProsumer camera drone2015

  The Phantom 3 Advanced shared much of the Professional model's flight architecture, including visual positioning, Lightbridge, GPS and GLONASS support, and the same general airframe and battery class. Its camera was limited to 2.7K video rather than 4K, creating a lower-cost option for users who prioritized flight functions and stabilized imaging over maximum recording resolution.

• Phantom 3 StandardValue consumer camera drone2015

  The Phantom 3 Standard was positioned as a more affordable member of the Phantom 3 family. It retained a 1/2.3-inch camera and supported 2.7K and 1080p recording, but used Wi-Fi video transmission and omitted the visual-positioning and GLONASS features found in the Advanced and Professional models. Its role was to make the Phantom experience available to a wider consumer audience.

• Phantom 3 4K4K consumer camera drone2016

  The Phantom 3 4K combined the Wi-Fi transmission approach of the Standard with the higher-resolution Sony camera associated with the Professional. It also included visual positioning. The model gave buyers access to 4K capture at a lower position in the range, although its transmission system differed from the longer-range Lightbridge configuration used by the higher-tier Phantom 3 aircraft.

• Phantom 3 SERegional prosumer camera drone2017

  The Phantom 3 SE was first released in China and later made available in selected international markets. It improved on the Phantom 3 4K with a higher-quality live-video feed, a reported increase in transmission range, and a flight time of approximately twenty-five minutes. It retained the series' 4K-capable imaging and visual-positioning capabilities while serving as a regionally differentiated model.

• Phantom 4Obstacle-avoiding consumer camera drone2016

  The Phantom 4 introduced a new shell design, quick-release propellers, obstacle sensing, ActiveTrack, and TapFly. Its camera used a 1/2.3-inch sensor and supported 4K video, while a larger battery increased advertised flight time to approximately twenty-eight minutes. The aircraft represented a major move toward software-assisted flight and away from drones that depended entirely on continuous manual piloting.

• Phantom 4 Pro / Pro+Professional imaging drone2016

  The Phantom 4 Pro upgraded the family with a one-inch 20-megapixel Exmor R camera, mechanical shutter capabilities, expanded obstacle sensing, and a larger battery. The Pro+ variant paired the same aircraft with a remote controller containing an integrated 5.5-inch display and flight application. The line was aimed at filmmakers, photographers, inspectors, and other users requiring stronger image quality and more comprehensive sensing than the base Phantom 4.

• Phantom 4 Pro / Pro+ ObsidianPremium professional imaging drone2017

  The Obsidian editions were substantially similar to the Phantom 4 Pro and Pro+ but used a matte-black exterior and magnesium camera and gimbal components with an electroplated anti-fingerprint finish. They functioned primarily as premium styling and materials variants rather than a separate technological generation.

• Phantom 4 Advanced / Advanced+Advanced professional imaging drone2017

  The Phantom 4 Advanced used a one-inch camera with a mechanical shutter and supported 4K video at up to 60 frames per second. It also supported H.264 and H.265 encoding in different modes. The Advanced+ version included an integrated-screen controller. The models replaced the original Phantom 4 in DJI's lineup while offering many of the Pro series' imaging capabilities without all of its sensing hardware.

• Phantom 4 Pro V2.0 / Pro+ V2.0Updated professional imaging drone2018

  The Phantom 4 Pro V2.0 retained the one-inch professional camera but introduced DJI's OcuSync transmission system, updated electronic speed controllers, and quieter 9455S propellers. DJI marketed it as an improved version for professional imaging, mapping, and immersive first-person-view workflows. The Pro+ V2.0 paired the aircraft with a controller containing an integrated high-brightness display.

• Phantom 4 RTKSurveying and mapping drone2018

  The Phantom 4 RTK adapted the Phantom 4 Pro platform for precision surveying and mapping. It added a real-time kinematic positioning module compatible with multiple satellite-navigation systems, a redundant GNSS module, and an RTK-oriented camera configuration. The product was intended for accurate aerial data collection rather than general recreational photography and could be integrated into professional geospatial workflows.

• Phantom 4 RTK SESurveying and mapping drone2022

  The Phantom 4 RTK SE was reported as a later variant or replacement for the Phantom 4 RTK. Available details indicated limited changes to the aircraft itself, with differences reportedly focused on the included intelligent-battery charger and power-cord specifications. The model appeared in DJI listings into early 2023 but did not represent a new major Phantom generation.

• P4 MultispectralAgricultural and multispectral imaging drone2019

  The P4 Multispectral was derived from Phantom 4 RTK technology but was marketed without the Phantom name. It integrated one RGB camera and five narrow-band sensors in a six-camera array for agricultural monitoring, vegetation analysis, environmental observation, and related data-collection tasks. It demonstrated how DJI extended the Phantom architecture into specialized professional applications.

• 201424 promotion at San Diego Comic-Con

  United States

  Fox Broadcasting Company used Phantom 2 Vision+ aircraft as part of a promotional activity for the television series 24 during San Diego Comic-Con.

  Outcome. The activity provided a prominent entertainment-marketing example of consumer camera drones being used for live event promotion.

  Source
• 2014CES product marketing

  United States · Global

  Phantom aircraft were repeatedly presented and marketed at the Consumer Electronics Show as DJI expanded awareness of consumer and prosumer drones.

  Outcome. CES exposure helped position Phantom as a mainstream consumer-electronics product rather than a niche aircraft kit.

  Source
• 2013Consumer drone and aerial-photography market introduction

  Global

  DJI marketed the Phantom as an approachable ready-to-fly aircraft for recreational pilots and camera users. The product's integrated flight control, GPS assistance, and comparatively simple operation helped establish the consumer aerial-photography drone category.

  Outcome. The Phantom became one of the most recognizable and influential early consumer drone platforms and broadened the market beyond specialist hobbyists.

  Source

• 2019Shift specialized agricultural development beyond the Phantom nameStrategy

  Agricultural and environmental customers needed multispectral sensing rather than only conventional aerial photography.

  What changed. DJI introduced the P4 Multispectral, based on Phantom 4 RTK technology but branded separately with a six-sensor camera array.

  Aftermath. The decision indicated that DJI was separating specialized enterprise applications from the consumer-facing Phantom identity.

  Source
• 2019Move the mainstream flagship role toward MavicStrategy

  The Phantom form factor had become established but was larger and less portable than DJI's newer folding Mavic aircraft.

  What changed. DJI did not release an official Phantom 5 and instead developed the Mavic line as the successor to the Phantom 4 Pro in mainstream consumer imaging.

  Aftermath. Phantom continued mainly through support and specialist variants while DJI's flagship consumer attention shifted toward Mavic products.

  Source
• 2018Update the Phantom 4 Pro with OcuSyncGeneration change

  DJI sought to improve transmission reliability, reduce acoustic noise, and refresh the Phantom 4 Pro without replacing its camera system.

  What changed. The Phantom 4 Pro V2.0 adopted OcuSync, revised electronic speed controllers, and low-noise propellers.

  Aftermath. The update prolonged the relevance of the Phantom 4 Pro platform, although a later supply shortage temporarily interrupted production.

  Source
• 2018Extend Phantom technology into precision mappingStrategy

  Surveying and mapping customers required more accurate positioning than standard GPS and consumer-oriented flight modes could provide.

  What changed. DJI introduced the Phantom 4 RTK with RTK positioning, multi-constellation satellite support, redundant GNSS hardware, and an imaging configuration for geospatial work.

  Aftermath. The Phantom architecture gained a specialized professional role in surveying, mapping, inspection, and related data-collection activities.

  Source
• 2016Add obstacle sensing and assisted flightGeneration change

  As camera drones became easier to fly, DJI sought to reduce collision risk and differentiate its flagship consumer platform through software-assisted operation.

  What changed. The Phantom 4 added obstacle avoidance, ActiveTrack subject following, TapFly destination control, and a redesigned airframe.

  Aftermath. The product helped normalize assisted flight functions in consumer drones and shifted the Phantom toward a prosumer technology platform.

  Source
• 2016Create a professional Phantom tierProduct launch

  Users in filmmaking, inspection, and serious photography required higher image quality than the standard 1/2.3-inch camera could provide.

  What changed. DJI launched the Phantom 4 Pro and Pro+ with a one-inch 20-megapixel camera, mechanical shutter capabilities, expanded obstacle sensing, and an integrated-screen controller option.

  Aftermath. The Pro family extended Phantom from consumer imaging into professional and commercial work while maintaining the same basic aircraft architecture.

  Source
• 2015Introduce visual positioning and LightbridgeGeneration change

  DJI needed to improve hovering reliability and live-video performance while serving both entry-level and more advanced users.

  What changed. The Phantom 3 Professional and Advanced added visual positioning, stronger digital video transmission through Lightbridge, and improved satellite navigation.

  Aftermath. The Phantom 3 generation broadened the line's appeal to prosumers and professional operators while preserving a consumer-oriented form factor.

  Source
• 2014Adopt three-axis camera stabilizationGeneration change

  The Phantom 2 Vision's one-axis gimbal limited stabilization and camera orientation, especially for professional-looking video and downward-facing views.

  What changed. DJI launched the Phantom 2 Vision+ with a redesigned camera and self-stabilizing three-axis gimbal.

  Aftermath. Three-axis stabilization became a defining feature of the Phantom line and helped raise expectations for consumer aerial video.

  Source
• 2013Launch a ready-to-fly Phantom platformProduct launch

  Early multirotor aircraft often required specialist assembly, configuration, and piloting knowledge. DJI sought to make GPS-assisted quadcopters more accessible to general consumers and camera users.

  What changed. DJI released the Phantom with integrated NAZA-M flight control, GPS-assisted hovering, a ready-to-fly configuration, and an optional camera mount.

  Aftermath. The approach helped create a recognizable consumer drone category and established the Phantom as a foundation for DJI's later camera-drone products.

  Source
• 2013Move from camera carrier to integrated camera droneGeneration change

  The first Phantom depended on an optional GoPro-style payload, limiting integration between the aircraft, camera, and flight application.

  What changed. DJI introduced the Phantom 2 Vision with a built-in camera, motorized gimbal, Wi-Fi connectivity, and mobile-device control.

  Aftermath. The Phantom became a complete aerial-imaging product rather than primarily a stabilized aircraft platform for third-party cameras.

  Source

• 2021Phantom procurement amid U.S. restrictions on DJIControversy

  The Phantom line was caught in wider U.S. scrutiny and restrictions affecting DJI. At the same time, the FBI continued procuring Phantom 4 Pro aircraft for certain missions, creating a public contradiction between regulatory concerns and operational demand.

  Source
• 2014Use of Phantom aircraft by ISISControversy

  Reports documented ISIS use of Phantom aircraft in Syria and Iraq for reconnaissance and for dropping small explosives. The incidents did not allege that DJI designed the products for military use, but they highlighted the dual-use and proliferation risks of commercially available drones.

  Source

• 2022Phantom 4 RTK SE appears in later DJI listings

  Details of a Phantom 4 RTK SE surfaced in 2022, with reported changes centered on included charging equipment and power specifications. The model was listed on DJI's website into January 2023.

  Product generationOther
  Source
• 2021FBI continues procuring Phantom 4 Pro aircraft despite DJI restrictions

  A procurement justification reported that the FBI continued ordering Phantom 4 Pro aircraft, citing their combination of ease of use, camera resolution, obstacle avoidance, and cost despite broader U.S. restrictions affecting DJI.

  RegulationOther
  Source
• 2019P4 Multispectral adapts Phantom technology for agriculture

  DJI announced the P4 Multispectral, a Phantom 4 RTK-derived aircraft with one RGB camera and five narrow-band sensors. The product dropped the Phantom name while extending the platform into agricultural analysis.

  Product launchOther
  Source
• 2019DJI denies Phantom 5 prototype and cancellation reports

  DJI rejected reports that leaked silver aircraft images showed Phantom 5 prototypes and disputed claims that a Phantom 5 project had been canceled. The company did not announce an official Phantom 5.

  Other
  Source
• 2018DJI announces Phantom 4 Pro V2.0

  DJI introduced the Phantom 4 Pro V2.0 with OcuSync transmission, quieter low-noise propellers, revised electronic speed controllers, and continued support for professional imaging and mapping workflows.

  Product launchProduct generation
  Source
• 2018Production of Phantom 4 Pro V2.0 is temporarily suspended

  DJI attributed a temporary production interruption to a supplier parts shortage and later restarted production in January 2020. The interruption generated speculation that the Phantom family might be discontinued.

  OtherProduct generation
  Source
• 2018Phantom 4 RTK targets surveying and mapping

  DJI released the Phantom 4 RTK with real-time kinematic positioning, redundant GNSS hardware, and a professional imaging configuration for accurate aerial mapping and surveying.

  Product launchOther
  Source
• 2016Phantom 4 adds obstacle avoidance and autonomous flight features

  The Phantom 4 introduced a redesigned body, obstacle sensing, ActiveTrack subject following, and TapFly controls, marking a major shift toward assisted and semi-autonomous consumer flight.

  Product launchProduct generation
  Source
• 2016Phantom 4 Pro raises camera and sensing specifications

  The Phantom 4 Pro and Pro+ added a one-inch 20-megapixel sensor, expanded obstacle sensing, and a controller option with an integrated display.

  Product launchProduct generation
  Source
• 2015Phantom 3 expands 4K imaging and visual positioning

  The Phantom 3 Professional and Advanced brought higher-resolution cameras, visual positioning, GPS and GLONASS navigation, and Lightbridge transmission to the family.

  Product launchProduct generation
  Source
• 2014Phantom 2 Vision+ introduces three-axis stabilization

  The Phantom 2 Vision+ replaced the earlier single-axis system with a self-stabilizing three-axis gimbal and redesigned camera, improving the quality and usability of aerial video.

  Product launchProduct generation
  Source
• 2013DJI launches the original Phantom quadcopter

  DJI introduced the first Phantom on January 7, 2013. The ready-to-fly aircraft used GPS-enabled flight control, a 2.4 GHz control link, and an optional camera mount, helping move multirotors toward a broader consumer market.

  Product launchOther
  Source
• 2013Phantom 2 Vision adds an integrated camera

  The Phantom 2 Vision became the first Phantom variant with a built-in camera, mobile-device connectivity, and a motorized gimbal, extending the platform beyond camera-carrying hobby aircraft.

  Product launchProduct generation
  Source

1. DJI Phantom
2. Phantom product family page
3. DJI Introduces V2.0 Edition Of The Phantom 4 Pro
4. Phantom 4 RTK Download Center
5. Support for Phantom 4 Pro V2.0
6. DJI Opens New Headquarters For Creative Community In The Sky