Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:5022222.

2/2/22 - I've added two .3mf files which contain my complete printer settings for printing the frame in Taulman Glass Alloy, and XT-CF20. As well, there are two .3mf files containing my settings for printing the canopy in TPU, and PCTPE. Head on down to the comments for some detailed discussion on these materials. 

1/28/22 - After cracking a center member on a couple frames, I beefed it up ever so slightly, and you can find this latest version of the RE 80 included here in the Thing Files, indicated by the, "V2," in the file name. Have not broken this frame since.

Note: while all the original files are still included, there are no more variants of the frame (Bomber version,) as both weight, and durability have been optimized in the V2 design. This marks the end of prototyping, and experimentation, and is the last update to this design. The V2 may be considered the Final version. Leave a note in the comments if you discover a bug, or have a suggestion. 

Also, a link to the canopy probably should have been included from the start. Thanks to Oncefly, for pointing this out in the comments section. Below are links to the canopy.

-https://www.thingiverse.com/thing:4798784 - Fits Caddx Ant, and similar sized nano cams. Up facing USB access for a range of boards.

-https://www.thingiverse.com/thing:5153998 - Fits larger body nano cams like Ratel Nano 2, and larger lense nano cameras like Runcam Nano 4. Larger cargo area behind the camera will accomodate an OpenLager module.


10/25/21 - I discovered the RE 80 frames didn't actually accommodate a whoop board with motor connectors, making them not very good for swapping whoop parts onto them. This design deficiency (carried over from the TKS 80,) has now been addressed with a redesign of the frame center section. I added two more .stl files with, "Swap," appended to the file name, for the Standard, and the Bomber versions of the frame. The new center section accepts whoop boards with up to 5 connectors (4 motor, 1 camera,) on the bottom, like the HM ELRS 2G4 1S 5in1 for example. Theres enough room to route the motor wires back up between the outside of the connectors, and the center frame section. Original designs are still included.

10/21/21 - Added the other two .stl's and updated Summary.

------------------------------------------------------------------------------------------

RapidEvolution 80 - A fully printable FPV drone frame

Build - whoop swap, or build from scratch

Objective - Start with the great design of the TKS 80 by Tarkusx 
(https://www.thingiverse.com/thing:4670968,) and try to make it stronger without increasing weight. I've released designs from three different stages of development, which can be roughly classified as Standard, Lite, and, "Bomber." Each one is incrementally heavier, and with that, hopefully tougher. 

Early outcome - My standard weight design appears to address the weakness of the thin areas near the motor mounts of the TKS 80, without increasing weight. Only time, and crashes will reveal the truth however. So far, so good.

Options - (The following weights are applicable to Sainsmart Carbon Nylon filament.)The Lite version is probably not more durable, but is .1g lighter than TKS 80. I recommend the standard weight which weighs the same as TKS 80. If you like more weight to throw around with bigger motors, or just want better durability, the, "Bomber," edition is for you at the cost of .5 to .8 grams more than standard edition. I don't recall, and ain't measuring again at this moment. I have flown all three a lot, and lighter is always better to me, but the drill out holes near the motor mounts on the Lite are a little sketchy. Never broke mine, but I'm on the standard edition now, and am very pleased. I'll try to edit some video to share. Next is a Bomber edition with 1102's.


So far, I've only printed the frame with with Sainsmart Carbon Nylon filament, which is light weight, and pretty tough, but by all means, try out different materials and share the results. 

Design may be updated as needed.

My scratch build:
0802 Unibell 19kkv motors by Happymodel
Nanohawk AIO modded with NLRC 400W vTX (disabled SPI D8 receiver)
Flywoo EL24E ExpressLRS 2.4GHz receiver
Solid pin PH2.0 battery connector
HQ Prop 40mm triblades
Caddx Ant 4:3
1S Optimized Toothpick/whoop canopy (https://www.thingiverse.com/thing:4798784)
1S Optimized battery holder
TinyLEDs front and rear



RapidEvolution 80 FPV Quad Frame/Whoop Swap

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:4908951.

Quick and dirty remix of my dedicated 16x16 "gem" tray for HappyModel EP1 and EP2 receivers found here https://www.thingiverse.com/thing:4879612 Follow the link for more details that are also applicable to this design.

I made this on request, and while I still plan to make a unique, dedicated 20x20 mount for these rx, this mod just seemed to obvious to pass up. I have not printed yet, but theoretically this should be fully functional. Please note and bugs, or shorcomings in this design in the comments.

16x16_20x20_Tray Happymodel ExpressLRS_EP2

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:5233431.

Battery straps for the Rapidevolution Re 80, and all other Re model Toothpicks. These are late stage prototypes, and should be pretty close to dialed in. Please submit feedback in the comment section.

Adjust the Z dimension in your slicer if you want a lighter/heavier battery strap. Printed in TPU, the battery loops can be stretched pretty far to accommodate a range of battery sizes.

Rapidevolution - Assorted Toothpick Battery Straps

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:5151293.

True to the name, Rapidevolution, here is v2, right on the heels of the original.

The Re120 v2 improves on the previous version with a more aerodynamic beam design for the arms that is also noticibly stiffer, resulting in reduced frame resonance, and improved flight performance with Betaflight 4.3 flight control firmware. Re120 v2 is a printable, 3", 1S Toothpick frame, focused on lightweight performance, and "take what you can get" durability. With a clean build, it should fly nicely on Betaflight defaults. Fine tune for increased performance. These frames are a constant work in progress, and you're likely to find increased performance with later versions, but they all meet a reasonable level of performance. Any claims made are based on frames printed with Colorfabb XT-CF20, a PETG filament containing 20% carbon fiber. It's incredibly stiff, and can take a pretty good crash into branches, and onto dirt. I am experimenting with adding 2 to 3 layers of TPU, or Alloy 910 nylon, at lower, mid, and upper layers of the print. You should experiment if you like. Otherwise, just print, build, and fly. Feedback is appreciated.

At the time of this posting for the Re120 v2, I am flying release candidates for v3, and dreaming up a pretty big innovation for v4, which Ill begin designing soon. Watch for more frames being released very soon. Rapidevolution frames are available in 80mm, 90mm, 115mm, and 120mm, in various formats including extreme lightweight (look for the Lite EX version.) Note: The Lite versions are great flyers, and fun designs, but were discontinued after v1, as the main releases are now very light, even stiffer, and stronger, when printed with 0% infill, instead of using "hollows," in the design itself.

Re120 v2 - Rapidevolution 120mm (3") Printpick FPV Frame

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:4797922.

I haven't seen a better whoop mount, nano camera canopy. Cheers to DiAleksi for the excellent design. I just had to make a couple tweaks  to turn it into the ultimate 1S 3inch/Babytooth canopy. It weighs less than a gram, prints in about 20 minutes, doesn't require supports, and when printed with nylon, or PCTPE, it;'s effectively indestructible.

After my tweaks, it easily mounts the Caddx Ant (and likely other nano size/14mm cameras,) and provides top deck USB port access for the two most common whoop AIO  layouts. There's one for HappyModel, and JHEMCU port spacing which has the USB port further in board, and there is one to accommodate boards with the port further outboard (near the edge,) like the FPVCycle 1S 2 in 1 FC/ESC, the EMAX Nanohawk 4 in 1 AIO, and others.

Use this design only if you want the lightest, strongest, easiest and fastest printing canopy, with great 'quality of life,' features, and nice aesthetics, for mounting a Caddx Ant to your Babytooth, Whoop, or other 25.5mm mount spacing multirotor/aircraft.

1S Optimized Canopy 3inch Toothpick/Babytooth

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:5151281.

True to the name, Rapidevolution, here is v2, right on the heels of the original.

The Re115 v2 is true improvement on the previous version, with a more aerodynamic beam design for the arms that is also noticibly stiffer, resulting in reduced frame resonance, and improved flight performance with Betaflight 4.3 flight control firmware. Re115 v2 is a printable, 3", 1S Toothpick frame, focused on lightweight performance, and "take what you can get" durability. With a clean build, it should fly nicely on Betaflight defaults. Fine tune for increased performance. These frames are a constant work in progress, and you're likely to find increased performance with later versions, but they all meet a reasonable level of performance. Any claims made are based on frames printed with Colorfabb XT-CF20, a PETG filament containing 20% carbon fiber. It's incredibly stiff, and can take a pretty good crash into branches, and onto dirt. I am experimenting with adding 2 to 3 layers of TPU, or Alloy 910 nylon, at lower, mid, and upper layers of the print. You should experiment if you like. Otherwise, just print, build, and fly. Feedback is appreciated.

At the time of this posting for the Re115 v2, I am flying release candidates for v3, and dreaming up a pretty big innovation for v4, which Ill begin designing soon. Watch for more frames being released very soon. Rapidevolution frames are available in 80mm, 90mm, 115mm, and 120mm, in various formats including extreme lightweight (look for the Lite EX version.) Note: The Lite versions are great flyers, and fun designs, but were discontinued after v1, as the main releases are now very light, even stiffer, and stronger, when printed with 0% infill, instead of using "hollows," in the design itself.

Re115 v2 - Rapidevolution 115mm (3") Printpick FPV Frame

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:4798784.

(Double post of this https://www.thingiverse.com/thing:4797922, because it wasn't showing up in my Design list.)

I haven't seen a better whoop mount, nano camera canopy. Cheers to DiAleksi for the excellent design. I just had to make a couple tweaks  to turn it into the ultimate 1S 3inch/Babytooth canopy. It weighs less than a gram, prints in about 20 minutes, doesn't require supports, and when printed with nylon, or PCTPE, it;'s effectively indestructible.

After my tweaks, it easily mounts the Caddx Ant (and likely other nano size/14mm cameras,) and provides top deck USB port access for the two most common whoop AIO  layouts. There's one for HappyModel, and JHEMCU port spacing which has the USB port further in board, and there is one to accommodate boards with the port further outboard (near the edge,) like the FPVCycle 1S 2 in 1 FC/ESC, the EMAX Nanohawk 4 in 1 AIO, and others.

Use this design only if you want the lightest, strongest, easiest and fastest printing canopy, with great 'quality of life,' features, and nice aesthetics, for mounting a Caddx Ant to your Babytooth, Whoop, or other 25.5mm mount spacing multirotor/aircraft.

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:5150006.

Rapidevolution is line of printable 1S FPV frames.

The Re-115 Lite is a printable, 3", 1S Toothpick frame, focused on lightweight performance, and "take what you can get" durability. With a clean build, it should fly nicely on Betaflight defaults. Fine tune for increased performance. These frames are a constant work in progress, and you're likely to find increased performance with later versions, but they all meet a reasonable level of performance. Any claims made are based on frames printed with Colorfabb XT-CF20, a PETG filament containing 20% carbon fiber. It's incredibly stiff, and can take a pretty good crash into branches, and onto dirt. I am experimenting with adding 2 to 3 layers of TPU, or Alloy 910 nylon, at lower, mid, and upper layers of the print. You should experiment if you like. Otherwise, just print, build, and fly. Feedback is appreciated.

At the time of this posting for the v1 Re-115, I am flying the first prototypes of the v3. Watch for more frames being released very soon. Rapidevolution frames are available in 80mm, 90mm, 115mm, and 120mm, in various formats including extreme lightweight (look for the Lite EX version.)

Re115 Lite - Rapidevolution 115mm (3") Printpick FPV Frame

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:5152787.

v3

Re120 v3 - Rapidevolution 120mm (3") Printpick FPV Frame

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:4879612.

16x16mm tray for EP1/EP2. I included a version with antenna protection for the EP2, but it is untested. Feed wires through the tray and solder. Wire guides on bottom route 2 directions.

16x16 Tray Happymodel ExpressLRS EP1/EP2

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:4645790.

Get the matching GPS and dual SMA mount here: https://www.thingiverse.com/thing:4656176

This print provides for mounting a de-cased, "naked," full size DJI Air Unit to a 20mm x 20mm mount pattern. With 4 traditional M2 nuts installed in the shaped receptacles, 4 short M2 screws inserted up through the bottom plate will secure the unit to the frame. For my installation, I used 4 hot-insert nuts instead. While this works reasonably well, I plan to add a variation of the design specifically for hot-insert nuts.

I modified the design so the RF board is located on the bottom, and the HD video processing board is on top. This allows me to place heat sinks on the video board, since this board is the hotter of the two. This fits the Airblade Transformer (4" Mid Range FPV quadcopter,) without even a mm to spare, forward, or back. On the Transformer, your best bet will be to spec a 16 x 16 stack in the front, though if you have just the right 20 x 20 stack, and know how to get creative with your installation, a 20 x 20 just might work too. Depending on how it goes with the Transformer, this Air Unit may ultimately end up on a 5" Mini Long Range, by Dave_C.

Naked_Air-Unit_RF_Down

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:5150011.

Rapidevolution is line of printable 1S FPV frames.

The Re-115 Lite EX is a printable, 3", 1S Toothpick frame, focused on lightweight performance, and "take what you can get" durability. It weighs the same or less than the 1.5mm thick Babytooth frame. EX means experimental. With a clean build, it should fly nicely on Betaflight defaults. Fine tune for increased performance. These frames are a constant work in progress, and you're likely to find increased performance with later versions, but they all meet a reasonable level of performance. Any claims made are based on frames printed with Colorfabb XT-CF20, a PETG filament containing 20% carbon fiber. It's incredibly stiff, and can take a pretty good crash into branches, and onto dirt. I am experimenting with adding 2 to 3 layers of TPU, or Alloy 910 nylon, at lower, mid, and upper layers of the print. You should experiment if you like. Otherwise, just print, build, and fly. Feedback is appreciated.

At the time of this posting for the v1 Re-115, I am flying the first prototypes of the v3. Watch for more frames being released very soon. Rapidevolution frames are available in 80mm, 90mm, 115mm, and 120mm, in various formats including extreme lightweight (look for the Lite EX version.)

Re115 Lite EX - Rapidevolution 115mm (3") Printpick FPV Frame

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:4902760.

Edit: I'll be updating this design. Currently the balance is slightly compromised to accommodate my cork grip that I'm having a hard time letting go of. (boom-tss) Ill be adding a version the brings the top of the battery even with the top of the soldering iron, making it even better balanced in the hand. I will also be addind a version for the Pinecil, whenever mine arrives and I get some time. Cheers-
-------------------------------------------
For anybody that finds themselves here, reading this, it's a good bet you're somebody that will appreciate spending 2-3 minutes to get the background history on this device. It can be found in the RCGroups thread here: https://www.rcgroups.com/forums/showthread.php?3331939-Cordless-Module-for-TS-80-Soldering-Iron

So the idea is simple; take the greatness of the TS80 and set free it free, take it on the road, or untether yourself right at your bench. Having a high performing soldering iron that doesn't need to be tethered to a cord is something that should be experienced first hand (badum-tsss.) If you're like me, you are already excited, and know it will be awesome. For anyone skeptical, it's worth your time to give it try. Even if it seems easy to imagine, it's kinda like a luxury sports car, or any high performance niche hardware, hard to fully appreciate and until you're actually driving it. That's the what..

How it's done is pretty simple, as most of you know already since you brushed up on your history above. For the impatient of you.. well, actually there's nothing here for the impatient. But, for those of you that skimmed your way right here, a single lithium cell booster circuit + a lithium battery + some contraption to attach it all to your [once] sleek TS80 soldering pencil is HOW we do it. Your iron will negotiate using QC protocol for 12V from the battery and booster which together will deliver up to 24W as the iron heats from ambient to 650F in less than 30 seconds. If you ever wore tighty whiteys, untethering is kinda like when you finally switched to wearing anything other than tighty whiteys. 

"How," continued: 

Parts - 
Booster module - https://www.aliexpress.com/item/32989522969.html
High quality 18650 batteries - https://liionwholesale.com/collections/batteries/products/sony-vtc6-3000mah-15a-30a-battery-genuine-tested-flat-top-wholesale-discount?variant=28023263057
16g Silicone insulated wire, two colors preferably 
Magnets (I will upate link shortly)
1 pair 2.0mm bullet connector - https://www.amazon.com/gp/product/B07H97G7NY/ref=ppx_yo_dt_b_search_asin_title?ie=UTF8&psc=1


Ill add some instructions, but let's be real. If you're into this sort of thing, I bet seeing the included photos above is enough for you. If you have specific questions, by all means, I am happy to respond int the comment section.

Cordless Soldering Iron TS80/P - 18650 Battery Module for TS80

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:4876517.

This is a modified version of Solidware's design on Thangs. https://thangs.com/Solidware/JR-Module-Bay-ExpressLRS-No-Screws-No-Supports-16442

I use my t-lite for flying a Tello too, and I made phone holder arm out of gopro mount parts. This design is to mount the Micro size ES24TX from Happymodel to t-lite or anything, using standard gopro clip. You need 4 M2x8mm countersunk, or low profile head, bolts, and 4 M2 nuts.

Happymodel ES24TX No Screws Case for T-Lite with GoPro Clip 

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:5149958.

Rapidevolution is line of printable 1S FPV frames.

The Re-115 is a printable, 3", 1S Toothpick frame, focused on lightweight performance, and "take what you can get" durability. With a clean build, it should fly nicely on Betaflight defaults. Fine tune for increased performance. These frames are a constant work in progress, and you're likely to find increased performance with later versions, but they all meet a reasonable level of performance. Any claims made are based on frames printed with Colorfabb XT-CF20, a PETG filament containing 20% carbon fiber. It's incredibly stiff, and can take a pretty good crash into branches, and onto dirt. I am experimenting with adding 2 to 3 layers of TPU, or Alloy 910 nylon, at lower, mid, and upper layers of the print. You should experiment if you like. Otherwise, just print, build, and fly. Feedback is appreciated.

At the time of this posting for the v1 Re-115, I am flying the first prototypes of the v3. Watch for more frames being released very soon. Rapidevolution frames are available in 80mm, 90mm, 115mm, and 120mm, in various formats including extreme lightweight (look for the Lite EX version.)



Re115 - Rapidevolution 115mm (3") Printpick FPV Frame

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:5163436.

Flyable prototype Y4 copter. Prints without supports. Still needs minor debugging. As far as flight, it's good to go. Will raise up camera in next revision. For now, FPV only with Diamond F4. LOS with any 1S whoop board.

Re tinY4 - Rapidevolution - Printable 1S Micro Y4 Copter (40mm Prop)

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:4656176.

This is intended to pair with my naked air unit mount for the Airblade Transformer (https://www.thingiverse.com/thing:4645790.) It provides mounting for GPS, and dual MMCX to SMA for the air unit. It all fits, with little wiggle room. Little rough, but totally functional. First test yielded significantly increased range, using the antenna configuration pictured. Further refinement eventually.

Airblade Transformer Dual SMA GPS for Naked Air Unit

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:5150041.

The Re-120 Lite is a printable, 3", 1S Toothpick frame, focused on lightweight performance, and "take what you can get" durability. With a clean build, it should fly nicely on Betaflight defaults. Fine tune for increased performance. These frames are a constant work in progress, and you're likely to find increased performance with later versions, but they all meet a reasonable level of performance. Any claims made are based on frames printed with Colorfabb XT-CF20, a PETG filament containing 20% carbon fiber. It's incredibly stiff, and can take a pretty good crash into branches, and onto dirt. I am experimenting with adding 2 to 3 layers of TPU, or Alloy 910 nylon, at lower, mid, and upper layers of the print. You should experiment if you like. Otherwise, just print, build, and fly. Feedback is appreciated.

At the time of this posting for the v1 Re-120 Lite, I am flying the first prototypes of the v3. Watch for more frames being released very soon. Rapidevolution frames are available in 80mm, 90mm, 115mm, and 120mm, in various formats including extreme lightweight (look for the Lite EX version.)

Re120 Lite - Rapidevolution 120mm (3") Printpick FPV Frame

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:5150032.

The Re-120 is a printable, 3", 1S Toothpick frame, focused on lightweight performance, and "take what you can get" durability. With a clean build, it should fly nicely on Betaflight defaults. Fine tune for increased performance. These frames are a constant work in progress, and you're likely to find increased performance with later versions, but they all meet a reasonable level of performance. Any claims made are based on frames printed with Colorfabb XT-CF20, a PETG filament containing 20% carbon fiber. It's incredibly stiff, and can take a pretty good crash into branches, and onto dirt. I am experimenting with adding 2 to 3 layers of TPU, or Alloy 910 nylon, at lower, mid, and upper layers of the print. You should experiment if you like. Otherwise, just print, build, and fly. Feedback is appreciated.

At the time of this posting for the v1 Re-120, I am flying the first prototypes of the v3. Watch for more frames being released very soon. Rapidevolution frames are available in 80mm, 90mm, 115mm, and 120mm, in various formats including extreme lightweight (look for the Lite EX version.)

Re120 - Rapidevolution 120mm (3") Printpick FPV Frame

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:4797930.

Not complicated...

Babytooth Motor Mount

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:4797926.

Custom soft mount for Nanohawk AIO because EMAX hates standards.

Nanohawk AIO Soft Mount for M2

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:5153998.

XL version, with more room for activities!  See previous posting of standard version for printing, and more info. https://www.thingiverse.com/thing:4798784

1S Toothpick Canopy - XL OpenLager Mount

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:4797933.

TCMMRC Pob135  SMA mount with 13mm spacing for M3 stand offs.

TCMMRC Pob135 SMA Antenna Mount

Rapidevolution is line of printable 1S FPV frames.

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:5022222.

10/25/21 - I discovered the RE 80 frames didn't actually accommodate a whoop board with motor connectors, making them not very good for swapping whoop parts onto them. This design deficiency (carried over from the TKS 80,) has now been addressed with a redesign of the frame center section. I added two more .stl files with, "Swap," appended to the file name, for the Standard, and the Bomber versions of the frame. The new center section accepts whoop boards with up to 5 connectors (4 motor, 1 camera,) on the bottom, like the HM ELRS 2G4 1S 5in1 for example. Theres enough room to route the motor wires back up between the outside of the connectors, and the center frame section. Original designs are still included.

10/21/21 - Added the other two .stl's and updated Summary.

------------------------------------------------------------------------------------------

RapidEvolution 80 - A fully printable FPV drone frame

Build - whoop swap, or build from scratch

Objective - Start with the great design of the TKS 80 by Tarkusx 
(https://www.thingiverse.com/thing:4670968,) and try to make it stronger without increasing weight. I've released designs from three different stages of development, which can be roughly classified as Standard, Lite, and, "Bomber." Each one is incrementally heavier, and with that, hopefully tougher. 

Early outcome - My standard weight design appears to address the weakness of the thin areas near the motor mounts of the TKS 80, without increasing weight. Only time, and crashes will reveal the truth however. So far, so good.

Options - (The following weights are applicable to Sainsmart Carbon Nylon filament.)The Lite version is probably not more durable, but is .1g lighter than TKS 80. I recommend the standard weight which weighs the same as TKS 80. If you like more weight to throw around with bigger motors, or just want better durability, the, "Bomber," edition is for you at the cost of .5 to .8 grams more than standard edition. I don't recall, and ain't measuring again at this moment. I have flown all three a lot, and lighter is always better to me, but the drill out holes near the motor mounts on the Lite are a little sketchy. Never broke mine, but I'm on the standard edition now, and am very pleased. I'll try to edit some video to share. Next is a Bomber edition with 1102's.


So far, I've only printed the frame with with Sainsmart Carbon Nylon filament, which is light weight, and pretty tough, but by all means, try out different materials and share the results. 

Design may be updated as needed.

My scratch build:
0802 Unibell 19kkv motors by Happymodel
Nanohawk AIO modded with NLRC 400W vTX (disabled SPI D8 receiver)
Flywoo EL24E ExpressLRS 2.4GHz receiver
Solid pin PH2.0 battery connector
HQ Prop 40mm triblades
Caddx Ant 4:3
1S Optimized Toothpick/whoop canopy (https://www.thingiverse.com/thing:4798784)
1S Optimized battery holder
TinyLEDs front and rear



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24kJames

RapidEvolution 80 FPV Quad Frame/Whoop Swap

16x16_20x20_Tray Happymodel ExpressLRS_EP2

Rapidevolution - Assorted Toothpick Battery Straps

Re120 v2 - Rapidevolution 120mm (3") Printpick FPV Frame

1S Optimized Canopy 3inch Toothpick/Babytooth

Re115 v2 - Rapidevolution 115mm (3") Printpick FPV Frame

1S Optimized Canopy 3inch Toothpick/Babytooth

Re115 Lite - Rapidevolution 115mm (3") Printpick FPV Frame

Re120 v3 - Rapidevolution 120mm (3") Printpick FPV Frame

16x16 Tray Happymodel ExpressLRS EP1/EP2

Naked_Air-Unit_RF_Down

Re115 Lite EX - Rapidevolution 115mm (3") Printpick FPV Frame

Cordless Soldering Iron TS80/P - 18650 Battery Module for TS80

Happymodel ES24TX No Screws Case for T-Lite with GoPro Clip

Re115 - Rapidevolution 115mm (3") Printpick FPV Frame

Re tinY4 - Rapidevolution - Printable 1S Micro Y4 Copter (40mm Prop)

Airblade Transformer Dual SMA GPS for Naked Air Unit

Re120 Lite - Rapidevolution 120mm (3") Printpick FPV Frame

Re120 - Rapidevolution 120mm (3") Printpick FPV Frame

Babytooth Motor Mount

Nanohawk AIO Soft Mount for M2

1S Toothpick Canopy - XL OpenLager Mount

TCMMRC Pob135 SMA Antenna Mount

Re115 - Rapidevolution 115mm (3") Printpick FPV Frame

RapidEvolution 80 FPV Quad Frame/Whoop Swap

1S Optimized Canopy 3inch Toothpick/Babytooth

16x16_20x20_Tray Happymodel ExpressLRS_EP2

1S Optimized Canopy 3inch Toothpick/Babytooth

Cordless Soldering Iron TS80/P - 18650 Battery Module for TS80

Airblade Transformer Dual SMA GPS for Naked Air Unit

Happymodel ES24TX No Screws Case for T-Lite with GoPro Clip

16x16 Tray Happymodel ExpressLRS EP1/EP2

Naked_Air-Unit_RF_Down

Nanohawk AIO Soft Mount for M2

Babytooth Motor Mount

TCMMRC Pob135 SMA Antenna Mount