AIRLink stands for Artificial Intelligence & Remote Link. The unit includes cutting-edge drone autopilot, AI mission computer and LTE connectivity unit. Start your enterprise drone operations with AIRLink and reduce the time to market from years and months down to a few weeks.

More info: https://sky-drones.com/airlink

Sky-Drones Technologies hit their 10-year anniversary this year, so to celebrate the occasion the company decided to prolong the launch of their latest addition to the product range. This has been an entire year in the making, excitement has built up, and expectations have been implied, but the team have absolutely not disappointed!

As drones become more and more hardware-defined and software-orientated, Sky-Drones Technologies must be at the forefront of innovation. With that in mind, the company presents UAV industry specialists and enthusiasts alike: AIRLink. The artificial intelligence and remote link unit that is installed to your enterprise UAV to provide:

  1. Cutting edge autopilot: manual and fully autonomous flight capabilities for multirotors, fixed wings and VTOLs
  2. AI Mission Computer: onboard data processing and computer vision
  3. LTE Connectivity: BVLOS flights, Cloud connectivity and remote workflows

What these exceptional elements mean for the UAS industry is the start of a whole new era in UAV flight control, data analytics, and safety. Never has anyone created a product that can withstand such extreme ambient temperatures and high computational power without an overheating issue, a product that has entirely integrated hardware and software for flight and payload data analytics, a product that can be so many products in one or one product with so many cutting-edge capabilities... Until now.

To give an overview, AIRLink comes with a FPV HDR 1080p camera to provide users with a video stream that has exceptional image quality. The unit is constantly connected to the internet, has been designed with critical peripherals as an essential element for user convenience, and has built-in LTE and Wi-Fi. 

The goal with AIRLink is to integrate this all-in-one unit into the UAV designs during the manufacturing stages so as to focus the efforts and resources of the drone itself rather than avionics and connectivity. With that in mind, Sky-Drones offers a variety of options when choosing how to use AIRLink to the best of its ability:

  1. AIRLink OEM – purchase AIRLink as Sky-Drones designed it. Includes all the features and aviation-grade aluminium casing with the heatsink. The process includes simply installing the unit to your UAV.
  2. AIRLink Enterprise – Sky-Drones will provide the internal electronics of the AIRLink units, excluding the casing to reduce the size of the units and integrate them directly into your UAV during the manufacturing process.
  3. Reference Design – build AIRLink yourself in-house! Sky-Drones will provide all the relevant instructions, manufacturing material, and will be on hand for engineering support whilst you set up your operation for manufacturing your own AIRLink units.

Votes: 0
E-mail me when people leave their comments –

You need to be a member of diydrones to add comments!

Join diydrones

Lithium Ion battery Pack designer utility

8922509889?profile=RESIZE_710x

Lithium ion batteries have a higher energy capacity than Lithium Polymer packs, in general. Higher capacity lithium ion packs can be designed if the current draw of the drones are known. We have built a web utility to find the right chemistry of cells to use, from among the hundreds of different cells. 

Input the max weight, and current discharge of the drone and see: 

  • Battery cell configuration (number of cells in parallel and series) 
  • Approximate flight time as compared to current aircraft (without weight change)
  • Battery weight.

Reach out to us shout@rotoye.com to get free access to this utility. 

Read more…

3D printed truck

8910822072?profile=RESIZE_710x

 

 

8910913878?profile=RESIZE_710x

The high cost of good RC truck kits, diminishing need for such kits & the noise of gearboxes made me look elsewhere for a robot platform.  3D printing a truck from scratch, with only a few metal parts still being off the shelf, was the next step.  The only parts which have to be outsourced are the motors, steering servo, & steering knuckles.  Everything else is 3D printed or home made electronicals.  The size was based on the original Tamiya lunchbox.

 

 

8910820663?profile=RESIZE_710x

 

8910862088?profile=RESIZE_710x

 

 

8910842477?profile=RESIZE_710x

 

 

8910853293?profile=RESIZE_710x

 

The remote control is a single paw 3 channel, with 100mW radio, ball point pen springs, hall effect sensors.

 

 

 

8910905662?profile=RESIZE_710x

 

 

8910905683?profile=RESIZE_710x

 

The remote control is charged inductively.

 

 

8910864885?profile=RESIZE_710x

 

8910868496?profile=RESIZE_710x

 

 

Motors are direct drive Propdrive 4248's of any KV rewound with 20 turns of 26AWG.   They don't produce enough torque to go up hills.  The motor sensor is a dual hall effect sensor resolver.  

The main problem is cooling the motors while getting more torque.  Metal motor mounts of the right shape continue to be cost prohibitive & PLA doesn't dissipate heat.

 

 

8910880482?profile=RESIZE_710x

 

8910880691?profile=RESIZE_710x

 

Electronical

Read more…

8904271867?profile=RESIZE_710x

 

Great post from NASA explaining how the Mars helicopter autopilot works:

----

Before each of Ingenuity’s test flights, we upload instructions that describe precisely what the flight should look like. But when it comes time to fly, the helicopter is on its own and relies on a set of flight control algorithms that we developed here on Earth before Ingenuity was even launched to Mars.

To develop those algorithms, we performed detailed modeling and computer simulation in order to understand how a helicopter would behave in a Martian environment.  We followed that up with testing in a massive 25-meter-tall, 7.5-meter-diameter vacuum chamber here at JPL where we replicate the Martian atmosphere. But in all of that work, we could only approximate certain aspects of the environment. Now that Ingenuity is actually flying at Mars, we can begin to assess how things stack up against expectations. Here are some key aspects of the flight control system’s performance on Mars.

Takeoff

Unlike many c

Read more…
Moderator
 

8876735875?profile=RESIZE_710x

Dear Friends,
1 months ago our cubesat satellite "FEES" release in space by Soyouz 2 . The hardware is based of VRBrain 5 architecture , we put in space a STM32F4 micro controller . The first release don't use Ardupilot , hope the next one with your help and our experience could be . After a lot of test and study about the communication in space we found that lora protocol it's a great option for sat to ground and could be ground to space communication . So actually FEES is still in space and continue to trasmit it's position to earth. Now for recived it we are using global opensource network called TinyGS . Now we start we next step that's is try to constantly comunicate with the sat all around the world . So now we need the help of our great community . We need put small ground station around the world for connect our cubesat at any time of day and night. Fees is only first sat that we have in space but my opinion is that in the future we can add more cubesat and interconnect it and
Read more…

8875503481?profile=RESIZE_710x

From Applied Aeronautics:

Albatross UAV made its first appearance in 2013 on DIY Drones. The Albatross UAV Project, as it was titled, set out to design a composite UAV that met a long list of precise and ambitious performance metrics. Those were: > 6KG MTOW, plenty of room for sensors and batteries, up to 4 hours of flight time, wide flight envelope, and last but not least, efficiency. Over the span of 13 months, the Albatross began to take shape through meticulous design and testing. To date, our company has Albatross systems flying in over 50 countries and on every continent. Still, it’s important to us to always remember our roots as a company spurred by the passion to create something truly incredible from the ground up.

Read more…

AIRLink stands for Artificial Intelligence & Remote Link. The unit includes cutting-edge drone autopilot, AI mission computer and LTE connectivity unit. Start your enterprise drone operations with AIRLink and reduce the time to market from years and months down to a few weeks.

More info: https://sky-drones.com/airlink

Sky-Drones Technologies hit their 10-year anniversary this year, so to celebrate the occasion the company decided to prolong the launch of their latest addition to the product range. This has been an entire year in the making, excitement has built up, and expectations have been implied, but the team have absolutely not disappointed!

As drones become more and more hardware-defined and software-orientated, Sky-Drones Technologies must be at the forefront of innovation. With that in mind, the company presents UAV industry specialists and enthusiasts alike: AIRLink. The artificial intelligence and remote link unit that is installed to your enterprise UAV to provide:

  1. Cutting edge
Read more…

Hacking a cheap drone to run PX4

8831264061?profile=RESIZE_710x

From Hackaday:

Sometimes bad software is all that is holding good hardware back. [Michael Melchior] wanted to scavenge some motors and propellers for another project, so he bought an inexpensive quadcopter intending to use it for parts. [Michael] was so surprised at the quality of the hardware contained in his $100 drone that he decided to reverse engineer his quadcopter and give the autopilot firmware a serious upgrade.

Upon stripping the drone down, [Michael] found that it came with a flight management unit based on the STM32F405RG, an Inertial Measurement Unit, magnetic compass, barometric pressure sensor, GPS, WiFi radio, camera with tilt, optical flow sensor, and ultrasonic distance sensor, plus batteries and charger! The flight management unit also had unpopulated headers for SWD, and—although the manufacturer’s firmware was protected from reading—write protection hadn’t been enabled, so [Michael] was free to flash his own firmware.

We highly recommend you take a look at [Michae

Read more…
johnsanju, Ankit Mandal, Andrew Collier and 4 more joined diydrones
59 minutes ago
Matt posted a blog post
Introducing CopterPack - a carbon fiber electric backpack helicopter. First flight video is coming soon!
3 hours ago
Matt updated their profile
3 hours ago
David updated their profile
7 hours ago
Chopper Girl updated their profile photo
yesterday
Betty Jones replied to Jackson Sherpard's discussion Dream Set-Up
"Oh, I would have the most powerful drone, about 1.5 meters in size, in principle, even now, any Florida resident can take a payday loan at https://cashloansnearby.com/florida/tamarac/ and upgrade their drone to the desired level."
yesterday
Andreas Gazis and Ronald Pandolfi are now friends
yesterday
Andrew Stevenson and Mark ODell joined diydrones
Wednesday
Echo G posted a blog post
Lithium ion batteries have a higher energy capacity than Lithium Polymer packs, in general. Higher capacity lithium ion packs can be designed if the current draw of the drones are known. We have built a web utility to find the right chemistry of…
Wednesday
rec updated their profile
Wednesday
rec updated their profile photo
Wednesday
Eric Matyas replied to Eric Matyas's discussion Free Music / SFX Resource for Drone Videos - Over 1800 Tracks
"Greetings Creatives,

This week’s new free music tracks are:

On my Sci-Fi 10 page:

“WEIRD THINGS APPROACHING”
https://soundimage.org/sci-fi-10/

And on my Puzzle Music 6 page:

“BRAIN TEASER 3”
https://soundimage.org/puzzle-music-6/

NEWS

It’s…"
Tuesday
Jake Mahmood is now a member of diydrones
Tuesday
Colum Boyle liked Windjimes's discussion Dual System Redundant Supply Parallel Question
Tuesday
Ramon Roche posted a blog post
The PX4 Developer Summit Online 2021Registration is now open.Our flagship event is back with an improved format, plenty of space for content on a multi-track schedule, with lots of opportunities to network with the most prominent open-source…
Monday
Jack Crossfire posted a blog post
  The high cost of good RC truck kits, diminishing need for such kits & the noise of gearboxes made me look elsewhere for a robot platform.  3D printing a truck from scratch, with only a few metal parts still being off the shelf, was the next step. …
Monday
More…

Dream Set-Up

Hey,So imagine you had no financial restrictions whatsoever.What would be your wildest dream set-up. I want you guys to really go over the top, but compinents have to be available on the market right now.Let's hear what you got!

Read more…
1 Reply · Reply by Betty Jones yesterday

Drone Building Course

Hello Everyone:My name is Ward and I am brand new to the Forum. I am also brand new to drone building and I am looking to design and build my own drones. I did take Electronis Engineering in College about a million years ago (when almost everything…

Read more…
3 Replies · Reply by Jackson Sherpard May 5