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Fix extension exporting bug

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This commit is contained in:
Stavros Korokithakis
2021-01-31 02:02:40 +02:00
parent e7e9a41aaf
commit 53e85289ff
12 changed files with 95 additions and 31 deletions
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1
content/drone-stuff/_index.md
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@@ -18,3 +18,4 @@ Click on a link in the list below to go to that page:
1. [Omnibus F4 V3 pinout](../../drone-stuff/omnibus-f4-v3-pinout)
1. [Omnibus F4 pro servo diode](../../drone-stuff/omnibus-f4-pro-servo-diode)
1. [Transmitter external module pinout](../../drone-stuff/transmitter-external-module-pinout)
1. [Transportable C1 Chaser](../../drone-stuff/transportable-c1-chaser)

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content/drone-stuff/getting-uninverted-sbus-smartport-on-the-frsky-xsr-receiver.md
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@@ -7,11 +7,11 @@ insert_anchor_links = "right"
To get uninverted SBUS/SmartPort on the FrSky XSR/X4RS receiver, you can repurpose the CPPM pad.
Remove the two small resistors shown in the image, and solder the two lower pads (together) to either the CPPM pad or the MOSFET pin shown in the photo:
[![xsr-sbus.jpeg](../../resources/f86da9a7aac1413ebd77825897164f7f.jpeg)](../../resources/f86da9a7aac1413ebd77825897164f7f.jpeg)
[![xsr-sbus.jpeg](../../resources/f86da9a7aac1413ebd77825897164f7f.jpg)](../../resources/f86da9a7aac1413ebd77825897164f7f.jpg)
They should be soldered like this (remember to solder both resistor pads together):
[![xsr-sbus2.jpeg](../../resources/815576429ece43789dbc70dfd33517a1.jpeg)](../../resources/815576429ece43789dbc70dfd33517a1.jpeg)
[![xsr-sbus2.jpeg](../../resources/815576429ece43789dbc70dfd33517a1.jpg)](../../resources/815576429ece43789dbc70dfd33517a1.jpg)
Now the CPPM pad will be uninverted SBUS/SmartPort instead.
It seems to be a bit of a gamble whether you get SBUS or SmartPort, it might be firmware-dependent.

2
content/drone-stuff/transmitter-external-module-pinout.md
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@@ -14,7 +14,7 @@ The transmitter (Taranis, Jumper, RadioMaster, etc) pinout is, from top to botto
It's illustrated in this photo:
[![pinout.jpeg](../../resources/72d23239af1541d4b170271c1e9e21eb.jpeg)](../../resources/72d23239af1541d4b170271c1e9e21eb.jpeg)
[![pinout.jpeg](../../resources/72d23239af1541d4b170271c1e9e21eb.jpg)](../../resources/72d23239af1541d4b170271c1e9e21eb.jpg)

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content/drone-stuff/transportable-c1-chaser.md Normal file
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@@ -0,0 +1,45 @@
+++
title = "Transportable C1 Chaser"
weight = 11
sort_by = "weight"
insert_anchor_links = "right"
+++
I have a [C1 Chaser](https://www.banggood.com/C1-Chaser-1200mm-Wingspan-EPO-Flying-Wing-FPV-Racer-Aircraft-RC-Airplane-KIT-p-1102080.html?custlinkid=667416&p=6W16207412782201611V), and it's a fantastic wing.
It flies great, and is very efficient. The only problem I had with it was that it's too long to easily carry around, as it has a 1.2m wingspan.
I thought that a C1 Chaser that can break apart for easy transport would be the ideal long-range wing, so I bought a second one and made some modifications to it.
I'm listing the modifications here so you can do the same if you want to.
## Spar
The biggest issue is making the spar removable.
The best way I've found to do that is to use IKEA drinking straws, they have an internal diameter of around 7.5mm, making them ideal for putting the spar through.
I've cut three straws to length and glued them in the spar channel, as you can see here:
[![](../../resources/5ac6bff04962497083b8403ed0fded98.jpg)](../../resources/5ac6bff04962497083b8403ed0fded98.jpg)
[![](../../resources/65ff483180ad483795b32d0b65f72613.jpg)](../../resources/65ff483180ad483795b32d0b65f72613.jpg)
For glue, I use [E6000](https://www.banggood.com/ZHANLIDA-152550ml-E6000-B6000-Adhesive-Transparent-Glue-for-RC-Models-p-1604315.html?cur_warehouse=CN&ID=62834216283418&rmmds=search&custlinkid=667416&p=6W16207412782201611V) (sold as Goop in the US) for pretty much everything, but for this one you can use your favorite glue that you know won't dissolve EPO.
## Wings
TODO: I haven't really gotten there yet.
## Vertical stabilizers
The last part is securing the vertical stabilizers. I did this with two very small 3D printed pieces, I slot the stabilizers horizontally (on the left/right axis) onto the fuselage and then connect the wings, which keeps the stabilizers securely in place.
TODO: I'll add more photos here when this is glued and finalized.
* * *
<p style="font-size:80%; font-style: italic">
Last updated on January 31, 2021. For any questions/feedback,
email me at <a href="mailto:hi@stavros.io">hi@stavros.io</a>.
</p>

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content/model-build-notes/build-notes-for-the-ft-mighty-mini-arrow.md
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@@ -6,7 +6,7 @@ insert_anchor_links = "right"
+++
These notes are a condensed version of the [FT Arrow build video](https://www.youtube.com/watch?v=cD2Ca2oskVs).
![maxresdefault.jpeg](../../resources/d4819ca1c3d0490daaa12f62af09aa00.jpeg)
![maxresdefault.jpeg](../../resources/d4819ca1c3d0490daaa12f62af09aa00.jpg)
## Wings