Chrysler Corporation, then, is flat-out in the automobile business again. The Marlin‑like Charger of the past (really a Coronet with a hastily added fastback roof), and the similarly makeshift Barracuda were grim reminders of the Corporation's close call with financial disaster in the early Sixties. But the belt-tightening policies of Lynn Townsend—Chrysler's chief executive since 1961, and more recently Board Chairman—combined with his intense efforts to improve and increase the Corporation's manufacturing facilities seem to be paying off. The 1967 Barracuda and the new Charger, each with its own distinctive sheet metal now, are evidence of Chrysler's increasing strength and ability to meet both the financial and creative challenge of the specialty car age. Specialty cars are conceived from a significantly different planning philosophy than that of the bread-and-butter cars which Detroit used to build exclusively. Bread-and-butter cars are built with the primary intention of offending no potential buyer, rendering the cars largely featureless and unexciting. Specialty cars, on the other hand, are built to please specific groups of customers. We like the more positive philosophy behind the specialty car, and the Charger is chock-full of features with obvious appeal for the performance-minded enthusiast. The aerodynamic appearance of the Charger (it's as aerodynamically slippery as it looks, according to Chrysler's engineers) is accented by a rear spoiler combined with a truncated rear end for a Kamm effect—a design approach which has become almost mandatory in modern racing cars. The Charger takes on the nose-down appearance common to both NASCAR and NHRA, and the bulging rear fenders should accommodate the racing tires used in both drag and stock car racing with a minimum of rework. The greenhouse, following the sharply curved side-glass, slants steeply towards the center of the car, very reminiscent of Le Mans Ferraris, particularly when viewed from the rear. A tunnel-type backlight is used instead of a pure fastback (a styling feature fast going out of fashion from over-use). The smaller rear window of the tunnel roof also gives much less distortion to rear vision than a steeply slanted fastback window. Further visual performance identity is achieved by the use of a racing-style gas filler cap mounted high on the left rear quarter, and quasi fog/driving/parking and turn signal lights mounted low in the front bumper. Matte black paint is used extensively in the grille and around the tail lights. Full wheel cut-outs, fat tires on 6-inch rims, and simulated engine compartment exhaust vents in the hood (which also house turn signal indicator lights, like the Mustang GT) and at the leading edge of the doors complete the Charger's complement of visually "in" features.

Best Choice Products is proud to present this new RC Racing Buggy. This plastic constructed, high-speed RC buggy can handle all of your off-road and street racing adventures. With its 4-wheel drive, multi-directional control, and full suspension, it is a force to be reckoned with. Drive up to 10.5 MPH with 25 minutes of drive time and 30 feet of distance from remote. The LED lights add to its highly detailed race buggy design and the anti-shock suspension allows for off-road races. The RC Buggy also includes a charger and battery to keep the fun going. Challenge any competitor with this RC buggy and watch it race away to victory. NEW PRODUCT WITH FACTORY PACKAGING With its 4-wheel drive, multi-directional control, and full suspension, it is a force to be reckoned with Drive up to 10.5 MPH with 25 minutes of drive time and 30 feet of distance from remote The LED lights add to its highly detailed race buggy design and the anti-shock suspension allows for off-road races This plastic constructed RC Buggy also includes a charger and battery (AA) and is recommended for children ages 6 and up Product Dimensions: 12”(L) x 7”(W) x 5”(H) SPECIFICATIONS: Weight: 1.45 lbs. 10.5 MPH Battery type: AA Includes remote control, charger and batteries Color: Black w/ orange accents Material: Plastic Recommended age: 6 and up PLEASE NOTE: Our digital images are as accurate as possible. However, different monitors may cause colors to vary slightly. Some of our items are handcrafted and/or hand finished. Color can vary and slight imperfections in the metal work are normal and considered evidence of the hand-finishing process, which adds character and authenticity to those items.

22 maart 2016 In my first blog I discussed what DC fast charging is and how it differs from AC charging. In this part I will go into more details on car batteries and the variables that influence the charge speed when using a fast charger. Car battery packs A car battery consists of many ‘cells’. A single cell is quite similar to a rechargeable battery you use at home only bigger. A Tesla Model S with a 85 kWh battery pack contains 7, 104 individual cells. A BMW i3 with a 21.6 kWh battery has just 96 cells, but its cells are larger than the cells used by Tesla. Together with all wiring and packaging the cells form the battery pack as depicted below. BMW i3 battery pack Today's battery packs are designed with fast charging capability. For example the powertrain of the BMW i3 is rated at 125 kW peak power and 75 kW continuous power while fast charging is done at 50 kW. Battery life The battery pack of a car is never used 100%. The usable capacity of the 21.6 kWh i3 battery pack is around 19 kWh. The reserve of 2.6 kWh is used to 'cushion' the impact of charging and discharging. The battery pack automatically cycles between around 5% and 95% of the battery pack. All of this is handled by the Battery Management System (BMS) and completely hidden from the driver. There are many factors influencing battery life including heat, battery age, duration of keeping a battery fully charged and number of charge - discharge cycles. Research shows that exclusive use of fast chargers hardly affects battery life when tested with the Nissan Leaf MY2012. And other research indicates that fast charging might actually be better for battery life. As a general rule, a battery will last longer when its size increases because fewer charge - discharge cycles are needed for the same mileage. Charge speed During fast charging there is continuous communication between the BMS and the fast charger. The BMS instructs the fast charger to set the charging speed. This speed is usually expressed in kilowatts (kW). Charging a car for 1 hour at 50 kW puts 50 kWh into the battery pack. On average an electric car uses 1 kWh to drive 5 km. Tesla also expresses the charge speed in km/hour. So 50 kW equals about 250 km/hour (‘250 km of range charged in 1 hour’).

Dim lights. Flickering gauges. Any one of these symptoms can be a sign of a weak charging system. Your charging system is responsible for restoring the charge to your car battery after use and is tasked with providing power to your lights, audio system, and other electronics while your vehicle is running. Without your charging system in proper working order, you’ll eventually find yourself stranded…without lights…and without good tunes. Gasp. To help you avoid such a situation, we’ve put together a basic guide to tracking down potential charging system issues. Problem: Engine starts OK, but the battery does not stay charged. Solution #1: Focus on your battery first. If your vehicle has stopped running, jumpstart the engine, remove the jumper cables as quickly as possible, and wait. If the vehicle keeps running after a period of time, there’s likely a problem with your battery. Take into account the outward appearance and age of the battery when deciding whether to replace it. Also, inspect your battery cables and make sure they are in good shape. Bad cables will not deliver the full current flow needed to operate properly. Solution #2: If the battery won’t hold its charge and your engine stalls out, then it’s time to turn your attention to the alternator. Although your battery may have enough energy to get the engine fired up initially, it will eventually lose power if it is not being recharged by the alternator. Here are a few quick ways to pinpoint a bad alternator: Crank over the engine, turn on your vehicle’s lights, and observe. If they start bright and then slowly fade, your alternator might not be delivering the proper charge to operate your vehicle accessories. If your vehicle is already dead, jumpstart the battery and wait. If the alternator is bad, your car or truck will eventually die out again as the battery is not re-charged. Get a good-quality voltmeter or multimeter and test your battery’s state of charge. The voltmeter should read around 12.6 volts with the engine off and 14-15 volts when the engine is running. If voltage is below 13.5, there’s a good chance the alternator is not keeping up with your battery’s charging needs. Solution #3: Check the alternator cables for abnormal wear, including cracking and fraying. Replace or tighten the cables as necessary. Problem: Engine cranks over slowly and lights dim excessively during process. Solution: Slow or labored cranking is often the first sign of an undercharged battery. Use the tests above to determine the problem—battery or alternator. Problem: Lights flare excessively as engine speed increases. Solution: This is usually caused by an overcharged battery, which is typically the result of high alternator voltage. This can be caused by a short or ground in the rotor field winding within the alternator or a defective regulator. Problem: Dim lights or lights that seem to fade as the car runs. Solution #1: Since the alternator is responsible for supplying the auxiliary power to your lights and electrical components, start with the alternator and associated items. First, examine the wiring for damage or wear and replace as necessary. If everything looks good, move on to solution #2. Solution #2: Turn on your vehicle and use a voltmeter to test your battery’s charge. If voltage is below 13.5, there’s a good chance the alternator is not keeping up with your battery’s charging needs and will need replaced. If voltage is around 13.5-15, turn your attention to your battery. Solution #3: If the alternator is supplying proper voltage, chances are the problem lies with your battery.

This thread is about the quest to for an electric UTV that had some power for farm chores. After a lot of research, we bought the Polaris Ranger EV. That turned out to be a mistake. While the Polaris was in the shop for the second time in two months of ownership, we bought a two year old Bad Boy Buggy. Then both were in the shop and we got another used bad boy buggy. Along the way we picked up a 20+ year old club car. The 20+ year old club car ended up broken down just as often as the brand new polaris, the two year old bad boy buggy and the three year old bad boy buggy. All four went through several iterations of repair. After two years of having all four, the polaris and the buggies had a lot of axel and boot problems. The buggies had lots of brake problems. The polaris had lots of charger problems. The club car had problems with flats, the old aluminum frame and the forward/reverse switch plastics just getting too old and decomposing. Overall, I think that if I could do it all over again, I would get: a standard body club car (not the long body we have now) with seats in the back that fold down to carry stuff. The straight axle stuff (no fancy suspension) means there are no boots or wimpy axles to deal with. And because it is something that is built by the thousands, it is designed for heavy use. The polaris and the bad boy buggies seem to be built as an occasional use novelty. I do think I would get something that is just two years old instead of 20+ years old. On my previous farm, I bought this for $4100. It was probably the smartest purchase i ever made on the farm. It was quiet. It didn't stink. And suddenly it was easy to move tools/hay/people/fencing/water to the far side of the land in no time. And on the way, since it is so quiet, you hear a lot of what is going on on the farm to figure out if there is something more that can be done. The golf cart was fired up about eight times a day. I am thinking that this time i don't want to get a tractor. I'm trying to think of what the tractor was used for that I would still do on this new farm. one thing was to drag around portable shelters. Another was snow removal and road maintenance. Plus, there were two shortcomings with the golf cart: sometimes in winter, the two wheel drive proved insufficient. The top speed of the golf cart was 14 mph and it seemed that people would just drive too fast, tools would bounce out, and I would find my tools lying all over the fields. There are now UTVs that are all electric and have 4wd. Plus, I thought I read somewhere that it is easy to have them geared differently so that they have a maximum speed of 8mph - as an added bonus, they can pull more.

Our Home Charging Station model EVSE-RS charges your vehicle while you sleep, enjoy a meal, or spend time with your family. Featuring a standardized connector, the EVSE-RS is designed to be compatible with your Nissan LEAF®. EVSE-RS is weatherized for both indoor and outdoor installation in garages, carports or driveways. Nissan Home Charging Welcome to our electric vehicle (EV) Charging Station line - the system of safe and reliable electric vehicle supply equipment (EVSE) that turns your garage into a personal filling station. Imagine "fueling" your car while you sleep, enjoy a meal, or spend time at home or at work. Our base model EVSE-RS recharges your car while you recharge your life. You'll be pleased to learn that your personal electric filling station is easy to use. The EV Charging Station mounts on to your garage wall near your parked electric car - or, if you prefer, we can pedestal mount the charger if you are in the habit of parking your car in an area where a wall isn’t nearby. A green light will tell you it's ready to charge. A blinking light tells you it's chargint. When it's done, it stops automatically. You can plug in and unplug at any time, safely and securely - it's that simple. Turnkey Installation The Home Charging Station can be installed by one of our certified licensed electrical contractors who also perform diagnostics to verify installation, facilitate permitting and inspection, and conduct on-site customer orientation and training.

Is there anything worse than finding that your motorcycle has a dead battery on the first warm day of spring. Keep the batteries on your recreational vehicles powered up and ready to go while in storage, or over the winter, so they are ready to roll when you are. Use the Battery Float Charger for the maintenance of wet or gel cell batteries that are stored or used periodically in boats, cars, snowmobiles, ATV’s and tractors. The Battery Float Charger prevents self-discharge of the battery, while maintaining and extending the life of rechargeable 120-volt batteries. The Battery Float Charger maintains a battery charge for batteries rated from 5 to 125 amp-hours, by providing a 13.5 VDC max output. Other types of chargers provide a strong, rapid charge but tend to boil out liquids and decay electrodes. The Battery Float Charger is intended only to keep a fully charged battery from losing its charge. It will not work to charge a battery that is discharged or damaged. Check the voltage of the battery to be charged. Do not use charger if the battery voltage is less than 9.6-volts. Keep your battery fully charged in storage or during cold weather Use on 12-Volt DC batteries Output: 12-Volt DC, 600 mA, maximum output: 13.5-Volt DC Capacity: 5 to 125Ah batteries Input: 120-Volts AC 60 Hz, 14 Watts

KLH-1208NE - Halfords Car battery charger - Refurbished

CHOETECH Upgraded T510 Qi Wireless Car Charger Dock with Wide Charging Area for Qi-Enabled Mobile Phones Stay connected always on the go Wireless Car Charger that keeps your devices fully charged while driving across the city roads, expressways or countryside. The charger has wide charging area and flexible soft silicon arms that could be easily adjusted according to width of your Smartphones. The two small strips at the bottom don’t let your phone to get skid off on the bumpy roads. Air Vent Mount and Suction Mount The Qi Wireless Car Charger comes with suction mount and air vent mount that can be easily adjustable on the dashboard or the air-vents of AC respectively. The best solution for charging your device while navigating across unknown regions by using Map based Application that drain out the battery soon. It support both landscape and portrait orientation. Safe and Reliable The Qi Car Charger is integrated with smart chip that prevents it from overheating, overcharging and short circuit. The device is CE, FCC and ROHS compliant and build with premium quality material. We offer 12 months warranty against all manufacturing defects.

You need to add two resistors. You should do a continuity test first to determine if your two central pins are connected to any others. If they are, you've likely got a different charger and this probably won't work. According to the USB charging and power spec I should be able to simply short the two central pins (the data lines) and the device will detect that it's connected to a charging device and start charging. I tried this first of all, but it didn't work (the iPod detected it had been plugged in to something, but refused to charge). I knew the iPod charged from my MintyBoost!, and after a quick look at the schematic and some playing with the multimeter, I decided it would be worthwhile adding a couple of pull-up resistors. I don't think the values are that vital (the USB spec is quite forgiving), but I decided to try matching roughly what the MintyBoost! was giving, apart from the V+ to D- resistor, which was guesswork. Don't forget to check that you've got the correct resistance between the pins, and that they're not connected to anything they shouldn't be!