Reuben Hughes 🥉

My SUV's battery died in my driveway after sitting through a cold week. I tried a quick jump from a neighbor and then my old trickle charger overnight and but it either would not hold or took forever. What finally worked was Yonhan battery charger. It handles standard 12V SUV batteries and the 10A output got enough charge in a few hours to start the engine, then I left it on to top off. If your SUV uses a normal 12V battery it will be compatible. If the battery is truly failing no charger will save it, but this brought mine back and has kept it healthy since.

Hey there, welcome to the forum. Most Ford F-150s come with standard Schrader valves, which are pretty common on trucks and cars alike. If your new digital gauge worked on your bike, and assuming your bike has Schrader valves too, it should screw right on without issues. Bikes sometimes have Presta valves though, those skinny ones for road bikes, so double-check what your bike has. For off-roading, yeah, accurate pressure is key to avoid flats like you had. If it doesn't fit snugly, you might need to look at the valve stem size, but Schrader is standard. Give it a try and see. Had a similar scare once off-road. Pressure dropped unexpectedly, what a mess.

Agree on the pre-read. Frame it in business terms: present two or three options with clear impacts (delay X de-scope Y, or add help) and state your recommendation. I’d also include a simple capacity line for the next two weeks (hours available and a small buffer) so the tradeoffs are explicit and you’re showing ownership, not waving a white flag.

If you can borrow a multimeter you can get solid answers at home. After the that model sits for at least an hour a healthy battery should read around 12.6 volts. About 12.2 is low and under 12.0 usually means the battery is on its way out. While cranking it should not drop below roughly 9.5. With the engine idling you want to see somewhere around 13.8 to 14.6. If it stays close to 12 the alternator is not charging. If it climbs over 15 the regulator is likely failing. To check for a parasitic draw put the meter in series on the negative side. Disconnect the negative cable and connect the meter between the post and the cable set to amps. Close all doors and give the that model time to go to sleep. Under 0.05 amps is normal. Readings in the tenths point to a drain. Pull fuses one at a time and watch for the number to drop to find the problem circuit, then look for things like lights that don't shut off or a module that never sleeps. Be careful not to open doors during the test or you will wake everything up and get a false reading. Never pull a battery cable while it is running. No fancy scan tools needed.

Thanks for this!

I had the same worries with my 2018 Camry when I was shopping for a dash cam last year. Daily drives can be unpredictable and and I didn't want anything messing up the car's electronics but then... after some research, I went with a model that plugs right into the OBD port without any fuss, and it's been rock solid. Installation took me about 10 minutes, no tools needed really, just followed a quick YouTube video. Works great. No compatibility issues at all, and the footage is clear even at night. If you're concerned about the electrical system, this setup draws power safely and doesn't drain the battery. Totally recommend giving something similar a try for peace of mind on your commutes.

Same experience here in an older Civic on corrugated roads, and I'm with you on your pick. The locking vent grip actually stays put, the swivel lets you park it at the edge so air still flows, and the magnets line up perfectly with a MagSafe case so no extra plate. One hand on and off is easy, and since it avoids suction or pads there is no residue left behind. It hits everything the original question asked for from rough road stability to keeping the vent useful.

I had the same thing happen on my 2012 Toyota this week. I first tried a borrowed basic reader that only showed the code and nothing else, so I could not check live data to confirm what was actually happening before clearing it. I bought Veepeak OBDCheck BLE and it solved it right away. It connects over Bluetooth to iOS and Android and shows live data, and I used it to watch fuel trims and then clear the light after tightening the gas cap. The only minor drawback is you need a phone app to use it, but once set up it is quick and dependable.

Choose ghd Original Styler which runs at a consistent 365°F that is safer for fine hair and the 1 inch plates give better control near roots. Lack of adjustable heat is the tradeoff, but it smooths with minimal frizz.

Been down this road with an 08 sedan and a 12 family hauler. I ended up happier with a simple handheld instead of a phone dongle because it talks to the brake and airbag modules without fuss and the screen is readable in daylight. No apps. When you shop make sure the unit spells out ABS and SRS coverage for your exact years, not engine codes, and that it can stream live data so you can see each wheel speed and graph it. Freeze frame will pop up only for engine faults but a decent handheld presents it cleanly so you can capture the snapshot before you touch anything. A few tips that saved me time. Update the tool first. Choose the car by year make model in the scan menu, not the generic OBD2 path. Do a slow roll in a straight line and watch the wheel speeds, the bad channel will drop or jitter. Low battery voltage can make these systems act weird so throw a charger on if needed. Save a report before clearing so if a code returns you have the original data to compare. And if you fix a steering related issue, look for a steering angle calibration option within the same tool, it can keep the ABS light from coming back after the repair.