@lookoutformichelle: Come on a hike with us! This is from earlier this season, end of June. 😋 Catching up on editing and will be sharing many a hike!! 🤗❤️✨🥾 #firelookout #lookoutlife #lookoutformichelle #offgrid #lookout

lookoutformichelle
lookoutformichelle
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Region: US
Friday 04 September 2026 14:58:34 GMT
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jordy6x7
Jordy :
have you ever foraged tasty mushrooms? I love finding food in the woods
2026-09-05 15:46:55
1
jodiclark369
jodiclark369 :
I’d be so afraid of running into a bear!! 🐻
2026-09-05 06:07:14
1
john_is_renewed
john_is_renewed :
what are those orange gelatinous things?
2026-09-04 23:06:41
1
user705418447603
purple :
Will you be flying a drone this year?
2026-09-04 23:43:38
1
kirk12345678_9
kirk12345678_9 :
I live in the Chicago area but I am from Ogden. Love your walks. Makes me almost smell the sage and miss my mountains. Thanks for sharing.
2026-09-05 04:11:40
1
pecanmabel
Pecan Mabel :
Just huffin' and crunchin' that one! Such a happy pup! 😊
2026-09-04 19:40:33
1
rjf19601
RJF19601 :
Love your adventures
2026-09-05 14:24:51
2
james.martin7804
James Martin :
you ever see elk or a bear or anything like that ????
2026-09-04 21:05:15
1
craigc_1969
craig1969 :
Beautiful unspoiled country. So rare
2026-09-04 19:35:21
2
succulents99
succulents99 :
I love seeing the different plant and fungi species. Even in a mountain top, there is such diversity. Gorgeous
2026-09-04 17:42:00
2
paul.stammer
Paul Stammer :
Lots of content today cool
2026-09-05 06:23:57
1
brian.oneal1
Brian O'Neal :
beautiful 💚💚💚💚
2026-09-04 21:08:36
1
tgra8obx_escp
trg8_obx_escp!💚🏳️‍🌈🆘️ :
I just love your videos. We get to see nature up close 🥰
2026-09-05 13:37:36
1
gregbarker415
Greg Barker415 :
🥰🥰🥰
2026-09-04 17:56:05
1
tinnamiller6
Tinna :
💜🪻🪻🪻
2026-09-04 15:23:20
1
pateimpint7
pateimpint7 :
💯👍🇮🇪💯👍🇮🇪
2026-09-05 01:03:00
0
azordhan
Azordhan :
❤️❤️❤️
2026-09-05 07:53:11
1
dcivisca2
Debi :
💗🌸🩷
2026-09-05 14:23:48
0
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This picture shows a rechargeable battery power circuit for a quartz clock. Main parts Two 18650 lithium-ion batteries They provide the power. With the TP4056 board, they should be connected in parallel, not series. Parallel keeps the battery voltage around 3.0–4.2 V while increasing capacity. TP4056 charging module The micro-USB socket is the charging input. B+ / B− connect to the battery. OUT+ / OUT− provide the battery output to the circuit. It charges a single Li-ion cell/parallel battery pack to about 4.2 V. The board also commonly provides over-charge/over-discharge/short-circuit protection if it is the protected version. AMS1117-1.5V regulator The TP4056 output can be around 4.2 V, which is too high for a normal 1.5 V quartz clock. The AMS1117-1.5V reduces the voltage to approximately 1.5 V. The red wire is positive (+) and the blue wire is negative (−) in the picture. Quartz clock movement It normally operates from a 1.5 V AA-type battery. The regulator supplies approximately 1.5 V instead of using the original battery. Simple power flow USB 5V → TP4056 → 18650 batteries → AMS1117-1.5V → Quartz clock ⚠️ Important: TP4056 is designed for a single-cell Li-ion system (4.2 V maximum). If the two 18650 cells are connected in series, do not use this circuit. They must be parallel and matched cells. Also, the AMS1117 wastes the extra voltage as heat. For a low-current clock this may work, but a low-quiescent-current 1.5 V regulator can be a better choice for long battery life. #basicelectronics #foryou #ElectronicsEducation #ElectronicsExplained #ElectronicsExplained
This picture shows a rechargeable battery power circuit for a quartz clock. Main parts Two 18650 lithium-ion batteries They provide the power. With the TP4056 board, they should be connected in parallel, not series. Parallel keeps the battery voltage around 3.0–4.2 V while increasing capacity. TP4056 charging module The micro-USB socket is the charging input. B+ / B− connect to the battery. OUT+ / OUT− provide the battery output to the circuit. It charges a single Li-ion cell/parallel battery pack to about 4.2 V. The board also commonly provides over-charge/over-discharge/short-circuit protection if it is the protected version. AMS1117-1.5V regulator The TP4056 output can be around 4.2 V, which is too high for a normal 1.5 V quartz clock. The AMS1117-1.5V reduces the voltage to approximately 1.5 V. The red wire is positive (+) and the blue wire is negative (−) in the picture. Quartz clock movement It normally operates from a 1.5 V AA-type battery. The regulator supplies approximately 1.5 V instead of using the original battery. Simple power flow USB 5V → TP4056 → 18650 batteries → AMS1117-1.5V → Quartz clock ⚠️ Important: TP4056 is designed for a single-cell Li-ion system (4.2 V maximum). If the two 18650 cells are connected in series, do not use this circuit. They must be parallel and matched cells. Also, the AMS1117 wastes the extra voltage as heat. For a low-current clock this may work, but a low-quiescent-current 1.5 V regulator can be a better choice for long battery life. #basicelectronics #foryou #ElectronicsEducation #ElectronicsExplained #ElectronicsExplained

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