4Hawks Super Range Extender for Autel EVO I & EVO II Series A116S
Autel Evo II is perfect for holiday trips. Its long range allows its user to reach places that were earlier completely inaccessible, such as deep forests, canyons, lakes etc. Evo fits in well in every situation. The built-in camera allows recording videos in 4k.
4Hawks antenna for Autel Evo II model is highly advanced, operating in 2.4GHz frequencies. The concept behind the look of the antenna was to make it look like it was a part of the drone by default. Entire construction is 100% UV protected to assure longevity of the equipment. Additionally, part of the construction is made of aluminum to make the whole construction as light as possible. Mounting is made of stainless steel for rock solid stability. Mounting the range extender leads to permanent changes with the remote controller. The entire set is lightweight and uniform (without any loose equipment pieces). Changing the direction of the antenna shouldn’t cause any difficulties, as the system was designed in a way that allows quick position change with just a single “click”. This way you can be sure that you do not lose the connection with your drone.
Features:
No modification to the drone itself
Long range extension without external boosters
Design does not contain any removable parts
Complete solution
In the box
• 1x Range extender antenna
• 1x Stainless steel mounting kit
• 2x RP-SMA male RG316 black pigtails
• 2x UFL pigtails (long & short)
4Hawks Raptor Super Range Extender for DJI Mavic/Spark/Mavic Air/Mini
With DJI Spark you are now able to take your drone everywhere without any need to pack big cases with you. This drone is a fantastic choice for people who require an exceptional drone maneuverability. Its maximum speed of 50 km/h allows you to quickly reach the place or scenery desired to take an incredible picture or record a video.
4Hawks antenna for Dji Spark model is highly advanced, operating in both 2.4GHz as well as 5GHz frequencies with 8 and 10 dBi gain. The concept behind the look of the antenna was to keep the main merits of Dji Spark, which is its compact size. Entire construction is 100% UV protected to assure longevity of the equipment. Additionally, part of the construction is made of aluminum to make the whole construction as light as possible. Mounting is made of stainless steel for rock solid stability. Mounting the range extender leads to permanent changes with the remote controller. The entire set is lightweight and uniform (without any loose equipment pieces). Changing the direction of the antenna shouldn’t cause any difficulties, as the system was designed in a way that allows quick position change with just a single “click”. This way you can be sure that you do not lose the connection with your drone.
4Hawks Raptor eXtreme Range for DJI Inspire 2, DJI Phantom 4 Pro Obsidian
DJI Inspire 2 is one of newer models made for professional users. It is definitely a flagship of professional models currently available on the market. The drone’s body is made from magnesium alloys. Cameras included are easily interchangeable with quality up to 5.2k. The basic kit allows for up to 30 minutes of uninterrupted flight, maximum speed of 90km/h. 4Hawks antenna significantly increases the range of Dji Inspire 2, so the drone can reach even further than ever before. Additionally, the strength of the signal is improved, especially in noisy areas.
Last but not least, with 4Hawks range extender, the video quality is always glitch free, thanks to a strong, uninterrupted signal, that is supported by two frequencies operating at the same time.
Dji Phantom 4 Pro v2.0 is a improved version of Phantom 4 Pro. The basic kit allows for 33 minutes of uninterrupted flight.
With 4Hawks range extender antenna ability to work at 2 frequencies at the same time, Dji Phantom 4 Pro receives a great boost to its overall performance, by enhancing signal from oblique antenna signals that ignore noise exceptionally well – this in return allows Phantom 4 Pro to maximize its range in noisy areas. What’s more 4Hawks antenna also increases the range of Dji Phantom 4 Pro significantly, so the drone can reach even further than ever before.
4Hawks antenna for Dji Phantom 4 Pro model is operating in 2.4GHz with 8dBi gain as well as in 5GHz with 10 dBi gain. Both antenna frequencies allow simultaneous work. Entire construction is 100% UV protected to assure longevity of the equipment. Additionally, part of the construction is made of aluminum to make the whole construction as light as possible. Mounting is made of stainless steel for rock solid stability. Mounting the range extender is easy and doesn’t require professional assistance. The entire set is lightweight and uniform (without any loose equipment pieces). Changing the direction of the antenna shouldn’t cause any difficulties, as the system was designed in a way that allows quick position change with just a single “click” to 5 different positions. This way you can be sure that you do not lose the connection with your drone.
SAVE TIME, GENERATE GREATER REVENUE WITH AERIAL TECHNOLOGY
The Autel EVO II Aircraft, coupled with the Emlid RS2 base station are a cost-effective combination for surveyors, construction survey, engineering, etc.
Real-Time Kinematic (RTK) corrections bring significant precision to unmanned aircraft and workflows, even to the point of achieving repeatable precision within 1cm of actual position in a localized dataset.
Adding RTK to an unmanned aircraft enables real-time correctional data to be sent to the aircraft, allowing the aircraft to write corrected information to the metadata captured in the aircraft’s camera/sensor system. This is achieved through the aircraft remote control/ground station controller receiving correctional information from either a network system (NTRIP) or a local base station sending correctional data to the controller. In either case, the corrected positional data is uploaded to the aircraft.
No corrections, no RTK, nearly 10′ from point
One of the greatest challenges/concerns with an RTK aircraft is to ensure the aircraft is receiving corrections throughout the entire flight. Over large areas where there may be pockets of RF interference from powerlines, trees, buildings, or other obstructions, it’s possible to have a few images without RTK corrections, particularly at the edges of the flight area. One remedy is to add a range extender such as the 4Hawks antenna system to the aircraft’s remote.
The 4Hawks Antenna system assists in ensuring RTK corrections are sent to the aircraft throughout the entire mission area.
RTK systems gain slight benefit from the antenna-only system (autonomous positioning) while adding a base station or NTRIP network correctional system.
No corrections, RTK antenna-only. 13″ from actual
With RTK corrections sent to the aircraft, the point and the aircraft projections are 1 cm from the point.
We used a DT Research 301 data collector with a Seco RTK rod and head to verify data from the aircraft’s indicated position, and have since used a Leica GS18i to verify the points.
Jeremy Kippen from the KukerRanken Las Vegas store uses the DTResearch 301 system as a data collector to capture points on the ground, while flying the Autel EVO II RTK aircraft
Incorporating an RTK aircraft into the construction site, survey, engineering project, and many other uses provides a safer, faster, cost-effective means of capturing precise data, no matter the scenario. Topos, DSM, DTM, DEM, orthos, pointclouds, extraction for surfaces, and many other deliverables can become significantly more efficient when proper training and implementation techniques are observed. At KukerRanken, we’re here to help with UAS program development, training from Part 107 to operational techniques, and post-processing best practices.
Contact one of our KukerRanken staff to gain access to datasets demonstrating RTK with drone workflows. We offer Pix4DMapper, Pix4DSurvey, Leica Infinity, Leica 3DR, and many other training programs.
