I got bored in summer and decided to mod my escooter as far as possible, i added:
4 Bags, 2 Front and one on Bottom
Phone holder
Bluetooth speaker
Disco light
Under scooter digital LEDs for the rainbow effect
3x 5W LED lamps to replace the bag covered original light
Croatian. EU, Austrian and Rijeka flags on the back
30W PD charger USB-C/A
All of this is powered right now from a single powerbank but i plan in better weather to tap into the scooter battery, step down to 12V on a car/cigarette lighter plug and feed directly from there.
Todo:
Mount second discoball, on front top bag
Get the step down converter into the battery bay and wire the plug up to the bag
Might be interesting to some – I’m now on my 3rd ISP (4 with the old DSL) and can compare pretty well i guess.
My village has around 100 people but every house has GPON fiber so we get 1000/500Mbit (up to 2000/1000 on Telemach and RUNE) – Unthinkable in Germany or Austria.
Ironically the commie blocks and city houses often only get DSL as they have underground power (our fiber runs along the power lines) while even the smallest villages get fiber…. my flat in the city had not even a phone line for DSL but a cell tower on the roof….
ISPs:
ISKON – 300/100Mbit only, first ISP we had, quality ok but nothing special. Around 30EUR/mo.
A1 – 1000/500Mbit, we changed to them from ISKON, very good network quality but they raise prices all few Months so we cancelled. 50EUR/mo.
Telemach – 1000/500Mbit, Known from other countries and owns many smaller ISPs especially in balkan area. We already have mobile contracts with them so we get a better price. 40EUR/mo with Premium TV (all).
All fiber infra is provided by the incumbent Hrvatski Telekom and the ISPs just rent from the GPON endpoint to the enduser (around 10EUR/mo) – This seems to work well as you can just change ISP by changing your router, no need for a new media converter or fiber.
We’ve got them from Temu (or Shein) as my wife wants to grow mushrooms (the legal ones…) and chilis – I know from weed growing times (was never illegal in Austria, only flowering) the UV lamps use a LOT of power so we will see how LED holds up.
I had some time and went to Trsat (an upper area of Rijeka) to the church park to try out my setup – overall i am pretty happy what one can get between Temu, AliExpress and eBay. Total cost with the Powerbanks probably 250€. Not too heavy in backpack either.
For now i carry 2 20000Mah (..at 3.7V, at 5V 15k, 12V 6Ah – ca. 75Wh) Powerbanks which i use with 5V to 12V USB dongles (9V for the white lights) and 12V PD trigger modules. As backup i have a heavy 12V lead acid 9Ah, 6Ah usable – (60%~, also 75Wh) that i could carry also around (and a solar controller and a 40W panel, but that all needs a car then).
Croatia requires you to register domains with your unique resident/citizen number but whois data is not public. The data is verified but rarely; OIBs are automatically verified and the address of the owner is supposed to be verified within the next few months – i submitted a digitally signed proof of residence as i have no Croatian ID card. Still waiting for reply.
Generally HR Domains are very expensive at 60€+ and only available to EU businesses with EU VAT ID (limit 10 domains) and Croatian Businesses/Residents with ID number (no limits), this means a lot are still unused and is also how i grabbed william.hr
“Impressum” wise there are zero requirements – a contact method is recommended (email mostly) but there is no need to publish your real name, address and other funky stuff like in DE/AT.
After some research i know the protocols used now (rather public anyway), i just need to get my hands on a dev firmware – for usage on a stock ROM i dont need much besides external APKs enabled (or so i hope..)
Dev hardware is sadly hard to come by.
Pinout:
+3.3V: Power supply (Fused 3.3V DC Regulated) V_BAT: Unfused Main battery voltage from the phone (3.7V to 4.4V) ID: Identifies the connected Moto Mod MOD_RESET: Reset line for the Moto Mod USB_D+: USB data positive line USB_D-: USB data negative line I2C_SDA: I2C data line I2C_SCL: I2C clock line VBUS: USB power input SPI_MOSI: SPI master output, slave input SPI_MISO: SPI master input, slave output SPI_CLK: SPI clock SPI_CS: SPI chip select AUX1: Auxiliary line for custom use AUX2: Auxiliary line for custom use
The aux lines are not documented much, i need to see – for now i spectrum analyze my hasselblad camera and JBL speaker and see what i get out of that.