Drone landing pads? Buy One, Or Make Your Own?

As I already mentioned in my previous post, I recently acquired a DJI Mavic 2 Pro drone. I have been interested in drones for probably the last five to six years but I’ve never really dove deep into the world of drone accessories until I actually owned a drone for myself. One of the accessories that had me scratching my head initially was the landing / launch pads that can be found all over the internet. I couldn’t understand why anyone would need a landing pad for a drone. After all, I’ve watched many YouTubers hand catch these things in videos going all the way back to the Phantom 1 days. These drones can pretty much takeoff from any surface so why do these landing / launch pads even exist? It seemed silly to me that anyone would actually buy and use a landing pad. However, After watching several YouTube videos, and reading their comment sections, I quickly realized there actually was a legit reason for this type of accessory, and it wasn’t silly after all.

Protect the electric motors

One of the reasons to use a landing / launch pad is to keep sand and dirt from being sucked through the electric propeller motors on the drone during takeoffs and landings. Even on a concrete sidewalk (for example) there can be fine sand and dirt on the surface, not visible to the eye, that could be stirred up and sucked through the motors when the drone is either landing or taking off. Now, consider taking off from short grass. Grass grows in dirt, there is dirt under that grass, and even microscopic fine dirt is abrasive and can cause damage in electric motors. I don’t know how fragile these electric motor actually are, but I certainly don’t need to find out the hard way either.

Protect the propellers

Another reason is grass. (mentioned above) The Mavic series of drones, along with others, have very short landing gear, especially the in the rear of the aircraft. If you’re trying to takeoff and land in grass, it better be really short, or you’re going to be cutting grass blades with your propellers…. which isn’t good for the propeller blades themselves, or the electric motors. A nice solid landing / launch pad completely removes this problem.

Precision landing

And probably the main reason for a landing pad is: Precision Landing. The way I understand precision landing is that the aircraft uses it’s vision sensors to get a visual “snap shot” of the exact location where it took off from, so that it can return back and land exactly where it took off from. I’m not totally clear on this but it sounds like when you takeoff, you need to go straight up at least 20 feet and hover a second or two to let the drone get the visual shot that it needs for precision landing. If you don’t allow the drone to get this visual shot, then it will only return to home via the GPS home point location that was set before takeoff, which is not nearly as accurate as precision landing.

Why does the landing pad help with precision landing? Bright colored landing / launch pads give contrast so the vision system on the drone can differentiate between the blah colored ground and the vivid colors of the landing / launch pad. For example, if you were taking off from a concrete parking lot, the entire area is the exact same color. How would the drone’s vision system be able to tell the exact spot where it took off from? The takeoff spot would look exactly like any other spot in the parking lot. But if you had a nice brightly colored landing pad, the drone would easily be able to tell where it cam from.

Which landing pad?

If keeping the motors and propellers safe from damage wasn’t reason enough, once I learned a landing / launch pad would help with precision landing accuracy, I was sold! I now needed a landing pad but I wasn’t really impressed with the ones that were readily available.

The really cheap landing pads are made from very thin nylon tent-like material that folds up like a band saw blade and is kept in a storage pouch. (see below)

How to fold a drone landing launch pad
How to fold a drone landing pad. Similar to folding a band saw blade.
Folding a drone landing launch pad
Folding a drone landing pad

These are fine if you’re not looking to spend much money, but they are very light and could easily blow away in a light gust of wind. They are sold with tent stakes to hold them in place but how do you use tent stakes if you’re taking off and landing on hard pavement? Not a great solution in my opinion.

landing launch pad on grass with tent drone stakes
Flimsy and light fold up landing pad on uneven grass with tent stakes.

Another problem with fold up lightweight style launch pads is they do not provide a stable surface on soft ground like grass. (like above and below)

soft drone landing launch pad on uneven grass
Lightweight landing pad on grass. Notice the uneven landing pad follows the uneven ground.

Another type of fold up landing pad… instead of folding like a band saw blade, these fold flat like a road map. These are probably a little better that the thin nylon tent-like material landing pads, but still not great. They still do not provide a perfectly smooth level surface when used on grass, etc. (see below) Not terrible, but not great either.

foldable drone landing launch pad on unlevel grass
Fordable landing pad not sitting perfectly flat on uneven grass.

Can I make my own?

I decided that I could make a landing pad that would fit my needs better than any of the ones that are available on the retail market. I own a 24 inch vinyl cutter so that dictates the size of the decals that I can cut. Sure, I can make multi-part decals to make a larger landing pad, but a 24 inch landing pad is plenty large enough to take off from, and with precision landing, it should certainly be large enough to land on, too.

My first landing pad

The first landing pad that I made is red and yellow and is applied to a black piece of HDPE sheet about 3/16″ thick that I purchased from my local Menards. I’m not sure the intended use of this sheet but they sell it by the polycarbonate and acrylic plastic sheets near the window department. It comes in a 2′ X 3′ sheet and is $19.99, if I remember correctly. I cut 1 foot off and made it a 24″ X 24″ square and applied my red & yellow decal….. Presto, instant landing pad that will remain rigid on uneven ground.

red and yellow drone landing launch pad decal
Red and yellow drone landing pad decal
finished red b and yellow drone landing pad on black HDPE sheet
Finished red and yellow drone landing pad on black HDPE sheet

Time to make a few more landing pads

I used that new landing pad several times and it worked great. A friend purchased a new drone, along with the Fly More kit so he received one of the lightweight landing pads with his original purchase. We went flying together on his first time out with the new drone. It was slightly windy that day and we found ourselves sharing MY landing pad because it was too windy for his, and we were in a paved parking lot so he couldn’t “stake down” his landing pad. That’s when I decided he needed a one of my custom landing pads.

This time I found a 24″ X 24″ about 3/16th thick, smooth PVC drop in ceiling tile at Menards that was perfect for my application. And just over $6 bucks it was priced right, too!

menards 24 x 24 PVC ceiling tile screen shot
Menards 2′ x 2′ PVC ceiling tile website screen shot
green drone landing launch pad on PVC ceiling tile
PVC ceiling tile with green vinyl base color applied.
green drone landing launch pad on PVC ceiling tile with black and yellow
Drone landing pad decal laying on green ceiling tile
finished green black yellow drone landing launch pad on PVC ceiling tile
Finished green black yellow drone landing pad on PVC ceiling tile

The green, yellow and black landing pad turned out really nice. This color scheme is unique because it matches his company colors, and his company name went on after this picture was taken. I think it looks great. The 2′ X 2′ PVC ceiling tile from Menards is perfect for this application. It appears they also offer this ceiling tile in black but I only saw white in my local Menards store.

A few extras…

I figured if I found myself in the situation of needing a decent landing pad, then I’m sure there has to be others in the same boat as me, right? I decided to make a few extra simple landing pad decals that anyone could use if needed. These were just basic black and yellow. I made two of them.

yellow and black drone landing launch pad decal
Yellow and black drone landing pad decal.

If anyone is reading this article and wants a simple black and yellow landing pad decal, click the contact form at the top of this page and send me a message.

Thanks for stopping by Garage Topic…

All Metal large Tablet Holder WITH Case For DJI Mavic Remote Control, Finally!

After many years of looking at drones, I recently acquired a DJI Mavic 2 Pro. I was slightly familiar with drones from watching YouTube videos and reading articles on the internet, but once I actually owned one, I quickly found out that I had a lot more to learn. One of the problems I was having was trying to fit my Samsung Note 8 properly into the holder that is part of the Mavic remote control. It just never seem to fit correctly. And when I did get it to stay in there (certainly not fit correctly) the cable connection was so sketchy that any little movement caused the USB C plug connection at my phone to disconnect. It’s pretty clear that DJI designed most of their stuff around Apple products, and that’s fine, but that doesn’t do me any good as an Android user. After looking around on-line I saw many aftermarket phone and tablet holders that looked great in pictures, but in person they weren’t so great. (I had to return several) I finally stumbled upon an all metal phone and/or tablet holder that looked pretty good, and based on it’s description it should hold my Note 8, OR my new Samsung TAB S6 tablet…. so I bought it.

Once the holder arrived, after being on back order for about two weeks, I was very impressed with the overall build quality and fit & finish. It is everything the product listing on Amazon says it is. The one problem is….. The only way for it to hold my Samsung Note 8 phone, or my Samsung Galaxy TAB S6 tablet, is to remove them from their cases. I did fly my drone a few times with my Note 8 removed from it’s case, but I refused to remove by new table from it’s case just to fly the drone. I really wanted to see the drone view on my larger tablet screen so I did fly it one time with the tablet on the tailgate of my truck with a long USB cable going to the controller. The large tablet made flying the drone WAAAAY better than watching on the small (relatively) screen of the Note 8. Way better!

So back to Amazon I went in search of a quality, all metal tablet holder that will hold the Samsung TAB S6 WITH a case. They don’t exist. At least not that I could find and I spent hours looking for something that world work. I even searched google for something that might not already be listed on Amazon. Again, no luck. So after some serious thinking, I discovered the all metal holder that I already own would do what I’m looking for with just a little modification. And so the modification project began.

After some measuring of my tablet and tablet holder, I knew what I needed and headed to the store. below is a list of items I purchased to make this modification in case you’re reading this and planning to do this same modification for yourself.

  • One piece of 1″ wide X 1″ tall X 1/16″ thick X 4′ aluminum angle. You don’t need four feet but my store didn’t have it any shorter You could get my with about three inches and still have leftover.
  • Four #6-32 X 3/8 long, Allen head cap screws. You can use whatever screw you would like but this is what my store had in 3/8″ length, by #6 diameter, and also had a drill bit/tap kit available in that size.
  • Two #6-32 drill bit/tap kits. I bought two, but if you don’t break anything, one kit should be just fine. They were slightly over 5 bucks each. I can return the unused set next time I visit that store, which is fairly often.
Tablet holder Mavic drone 1" X 1" X 1/16" X 4' aluminum angle
Tablet holder Mavic drone 1″ X 1″ X 1/16″ X 4′ aluminum angle
Tablet holder Mavic drone #6-32 X 3/8' allen head cap screw
Tablet holder Mavic drone #6-32 X 3/8′ allen head cap screw
Tablet holder Mavic drone #6-32 drill bit tap kit
Tablet holder Mavic drone #6-32 drill bit tap kit

Once I had all the parts and pieces it was just a matter of cutting two pieces of aluminum angle to the correct size, drilling two holes in each aluminum angle, drilling two holes in each end of the metal tablet holder, tapping threads in those four holes, and then assemble for test fitting. Unfortunately, I did not get any pictures of the hole drilling process but I just used a cheap bench-top hobby drill press. It even has a bent shaft so the chuck and drill bit run completely out-of-round. lol.

The pictures below show the results of each step:

Aluminum extension brackets cut to size and holes drilled.

Tablet holder Mavic drone aluminum extension brackets
Tablet holder Mavic drone aluminum extension brackets

Holes drilled and tapped in metal tablet holder.

Tablet holder Mavic drone holes drilled and tapped
Tablet holder Mavic drone holes drilled and tapped
Tablet holder Mavic drone holes drilled and tapped
Tablet holder Mavic drone holes drilled and tapped

Aluminum extension brackets installed on the tablet holder.

Tablet holder Mavic drone extension brackets installed
Tablet holder Mavic drone extension brackets installed
Tablet holder Mavic drone extension brackets installed
Tablet holder Mavic drone extension brackets installed
Tablet holder Mavic drone extension brackets installed
Tablet holder Mavic drone extension brackets installed

Finished with both extension brackets installed.

Tablet holder Mavic drone finished with both brackets installed
Tablet holder Mavic drone finished with both brackets installed
Tablet holder Mavic drone finished with both brackets installed
Tablet holder Mavic drone finished with both brackets installed

Test fitting the Samsung TAB S6 WITH case in the modified tablet holder.

Tablet holder Mavic drone test fitting on Samsung TAB S6 tablet
Tablet holder Mavic drone test fitting on Samsung TAB S6 tablet
Tablet holder Mavic drone test fitting on Samsung TAB S6 tablet
Tablet holder Mavic drone test fitting on Samsung TAB S6 tablet
Tablet holder Mavic drone test fitting on Samsung TAB S6 tablet
Tablet holder Mavic drone test fitting on Samsung TAB S6 tablet

One last thing…. I need to take off the new aluminum extension brackets and do some filing and sanding to smooth all rough edges. I do have a large disc sander, which I did use briefly on these brackets, but it’s too course and leaves a rough finish. I need to hand finish these for a nice finsh that won’t cut my skin, or leave marks in the plastic tablet case.

This thing is ROCK SOLID now! The tablet fits very tightly and feels like it’s permanently installed. There is absolutely no movement to speak of. I can’t wait to fly the drone with this new (modified) tablet holder. Look for an update at the bottom of this article with the real world flight test results, and pictures of the finished, hand smoothed brackets.

Disclaimer: If anyone reading this has found themselves in the same situation I was, and is thinking about trying this modification, please do so with caution. Just because it worked for me without damaging the tablet holder itself, doesn’t mean everyone will have the same results. Precisely drilling and tapping small holes in sintered powdered metal parts (I’m pretty sure that is what the original tablet holder is made from) can be tricky. Not to mention, drilling a hole in an already small (relatively weak) piece of metal can remove enough material to cause the part to lose it’s original rigidity and can break very easily. MODIFY AT YOUR OWN RISK.

Thanks for stopping by Garage Topic.