Where This Guide Comes From

Everything below is built from one source video — Fentertainment's High Speed Golf Cart Lithium Battery Range Test 35mph | Vatrer 48v 105ah, watched more than 2.3 million times. It is a real-world range test: a built golf cart running a Vatrer 48V 105Ah lithium battery wide open at 35 mph until the pack runs down, with the BMS readouts captured on camera the whole way. Watch the full test here:

Fentertainment — "High Speed Golf Cart Lithium Battery Range Test 35mph"
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2.3M+ views. A Vatrer 48V 105Ah pack pushed to 35 mph on a built cart: BMS readouts, low-SOC warnings and a 32-mile result.

The short version: on a cart with an upgraded motor and controller, running 35–36 mph the entire trip, the Vatrer 48V 105Ah battery delivered 32 miles before reaching empty. The battery's BMS showed state of charge, voltage, temperature, remaining amp-hours and individual cell status in real time, and it gave clear warnings as the pack dropped through 15% and 10%. On a stock cart — without the tall tires and big motor — the creator estimates you can expect 40 miles or more, possibly 45. That is a practical, honest answer to the question most buyers actually ask: how far will a lithium golf cart battery really go?

The Test Setup: A Built Cart Running Wide Open

This is not a gentle golf-course test. The cart is running a Navitas 5kW motor with a 600A controller, the throttle is down the entire time, and it cruises at 35–36 mph with bursts to 37. The X-ray speedometer is zeroed at the start of the run, a GoPro records the gauge, and a phone logs the distance as backup. The creator notes that most owners running kits like this have a six-inch lift with 23-inch tires — the same tall-tire, high-load setup used here — so the test is representative of the fastest, heaviest way a 48V golf cart actually gets driven. That is the point: this is a worst-case range number, not an optimistic one.

The Battery: Vatrer 48V 105Ah

The pack under test is a Vatrer 48V 105Ah LiFePO4 drop-in. It fits the same footprint as the lead-acid batteries it replaces and connects to the cart's existing wiring. What stands out on camera is the display: the BMS shows state of charge as a percentage, pack voltage, cell temperatures, remaining amp-hours and the status of individual cells — so you can see a weak cell before it becomes a failure. For a golf cart owner, that visibility is genuinely useful: lead-acid gives you a float reading and a prayer, while this pack tells you exactly what is happening inside. The test also shows the pack's low-SOC warnings working, which matters because a battery that warns you is a battery you can trust at the bottom of its range.

What the BMS Tells You: Voltage, Cell Status and Warnings

Partway through the run the creator circles back to the gauge specifically because the warnings are worth showing. Around 15% state of charge the display starts showing a red light; by about 10% it says "recharge battery". At that point the pack reads 51.26V, 49.7°C, with five amp-hours remaining, and the individual cell bars are visible on screen. Two things are notable. First, the temperature stays modest even after an hour and a half of wide-open running — LiFePO4 handles sustained discharge far better than lead-acid. Second, the battery never cuts out suddenly; it warns, then keeps delivering down to single-digit percent. That predictable behavior is exactly what you want at the end of a long day on the cart.

The Result: 32 Miles at 35 mph

The headline number is 32 miles, and it was achieved the hard way: full throttle the whole trip, upgraded motor, 600A controller, tall tires, and what the creator describes as an hour and a half of running if that. He is blunt that this is the worst-case scenario for range — the most power-hungry configuration you can bolt onto a 48V cart, driven flat out. Getting 32 miles out of a 105Ah pack under those conditions is a strong result, and it is measured with a zeroed speedometer rather than an estimate. The video ends with an honest caveat: they may redo the test running slower to find the true maximum range.

Why the Last 15 Percent Went Further

One of the most useful observations in the video is about driving style, not the battery. Once the pack dropped to around 15%, the creator eased off the throttle to 18–20 mph instead of 35, and noticed the cart gained noticeably more distance through that bottom 15% — and the same again through the bottom 10%. That is physics, not magic: current draw roughly tracks speed, so cutting speed dramatically cuts the discharge rate, and the pack's remaining energy stretches further. The practical lesson for owners is simple — if you are trying to make it home on a low pack, slow down and the last miles come much easier. It also hints at what a slower, steady-speed range test would show: significantly more than 32 miles.

What a Stock Cart Can Expect

The creator's own estimate for a stock cart is 40 miles, maybe 45, from the same Vatrer 48V 105Ah pack. That makes sense: a stock motor and controller draw far less current than a 5kW 600A setup, and range scales with average discharge. Most owners are not running this exact build — they have a stock cart, maybe with a lift — so their real-world range should land between the two: comfortably more than 32, and realistically in the high 30s to mid 40s depending on speed, terrain and load. If you drive gently, a 105Ah pack covers a full day of neighborhood errands without anxiety.

What This Test Doesn't Cover

Honest range tests deserve honest caveats. This test ran mostly flat, open roads; steep hills will pull more current and shorten range. It was a single run on one pack, not a repeat with a fresh charge, and the creator himself flags that a slower redo could reveal the true maximum. Cold weather also matters — LiFePO4 delivers less usable energy when the pack is cold, and the creator's own numbers were logged in warm conditions. None of this changes the headline result; it just means your range will vary with your cart, your terrain and your right foot. The BMS readouts in the video are the best tool for finding your own number: watch the amp-hour count and you will learn your cart's real range within a few charges.

If you are converting a golf cart to lithium and need the pack itself — a drop-in LiFePO4 battery at your voltage and capacity, an OEM or ODM project, or wholesale supply for a fleet — that is what we do. Dajiu Energy is a Chinese manufacturer building LiFePO4 batteries for RVs, homes, golf carts and portable applications since 2017. Our product range covers LiFePO4 drop-in replacement batteries, EV and golf cart batteries, wall-mounted home storage, portable power stations, commercial energy storage and battery swap cabinets — explore the full lineup in our product center, or browse more buying guides. Tell us your cart model and battery compartment size, and we'll fit a pack to it.

Reviewed by Dajiu Energy Engineering Team — a Chinese LiFePO4 battery manufacturer building LiFePO4 batteries for RVs, homes, golf carts and portable applications since 2017, serving OEM/ODM projects with CE, UN38.3, MSDS and ISO9001 certified builds.

What Viewers Are Asking (Top Comments on the Video)

These are the most useful of the video's top comments, with our practical answers. Where the creator replied, we quote the creator's own words; where there was no reply, the answer is ours. Thanks-only comments were left out; these are the ones with real information.

@raymerritt788 · 5 likes
"Alot of lithiums coming onto the market...good and bad. A nightmare I just had where I bought 2 - 48v/50ah wired in parallel and one of them died within a week. Bad BMS."
Our take: That is the biggest risk in this market: not all lithium golf cart batteries are built alike. A dead unit within a week usually points to a bad BMS or poor cell matching, which is why a battery with a well-known BMS, visible cell-level status and a real warranty is worth paying for. Buy from a seller who stands behind the pack — that is more important than the label on the case.
@mikes1330 · 0 likes · creator reply
"I have the Navitas 5KW/TAC2 setup as well, I'm considering the Vatrer 48V/105ah LI battery kit that you have. Have you had the BM shut down if you run this with 4 adults on board (higher current draw)?"
Creator (video uploader): None at all. Its going strong. Its in my wifes precedent with the silverwolf teekon AC. Runs around 41. Went to the beach during spring break and had 5 on it once with no problems. Help out the channel and use this link to purchase (wont cost any extra to you) https://amzn.to/3EbbASz
@bjbrunetti · 1 likes · creator reply
"Nice battery. So if you dropped the speed to 18 mph how far did you go at the point you dropped in speed? Yes, you should definitely redo this at 18 mph and see the real range."
Creator (video uploader): I have 5 epoch videos. Even put them in my lawn mower. Check my channel Did 3 different range test with them.
@JOHNWATERS-j4d · 1 likes
"So after all the testing, is this the best bang for the buck in 48v ??? Please give an opinion it helps. 11/0/23"
Our take: For a 48V 105Ah pack with a readable BMS, cell-level status and this kind of demonstrated range, the Vatrer sits in a strong value spot — but "best bang for the buck" depends on your cart. If you have a stock motor and controller, a 105Ah pack from a brand with a good warranty and support record is a safe choice; if you are running a 5kW+ build, make sure the BMS is rated for your peak current.
@redfro4 · 1 likes
"Do you think this could handle a Alltrax XCT 500 amp controller?"
Our take: A 48V 105Ah LiFePO4 pack can usually deliver the current a 500A controller asks for in short bursts — but the safe number is the BMS continuous and peak ratings, not the battery capacity. Check the pack's max discharge current spec against your controller's peak draw, and size cables and fuses accordingly. When in doubt, ask the seller for the BMS rating in writing.
@tclow71 · 1 likes
"Great content as always and thank you for all the reviews. Trying to decide which Lithium route to go between these and other brands."
Our take: The deciding factors between brands are usually: BMS quality and protections, cell-level monitoring, physical fit in your cart's battery compartment, and local support or warranty terms. A range test on a built cart tells you the pack is capable; the fit and BMS are what vary between brands. Measure your compartment and compare the BMS specs side by side before buying.
@kyleedwards3858 · 0 likes
"Would you recommend this battery over the chins 48v 105ah?"
Our take: Both are 48V 105Ah LiFePO4 drop-ins, so the chemistry and capacity are similar. The differences are in BMS behavior, cell-balancing quality, terminal layout and the seller's support. If one brand has documented range tests and a responsive seller, that is the safer bet. If you can, buy from a source that will actually answer questions after the sale.
@Timmmayyyyy · 0 likes
"Do these fit in the DS (95) compartment or will i have to modify for it to work? AND Would you recommend the 48v 105ah or 150ah?"
Our take: Drop-in lithium packs are sized like their lead-acid equivalents, but every cart generation has a different tray. Measure the compartment — height, width and depth — and compare against the battery's dimensions before ordering; a couple of inches of difference can decide fit. On capacity: 105Ah is plenty for most street-and-course use, and 150Ah only helps if you regularly drive long distances or carry heavy loads.
@shaneorourke7607 · 0 likes
"Hi there. Great video. I got one of these and have an EZGO RXV. I need to install it so it doesn't hit the..."
Our take: On an EZGO RXV the usual trick is to confirm the terminals clear the seat bucket and bodywork, and to secure the pack so it cannot slide during braking. If the battery is a true drop-in shape, use the manufacturer's mounting brackets or a strap kit. If anything touches, a small spacer or a relocated hold-down usually solves it — never force a battery into a spot where terminals can short against metal.
@bobwin5387 · 0 likes
"What are your settings to get that speed? I bought the Navitas 600 amp controller with the 5 kW motor..."
Our take: The 35 mph in this test comes from the combination of a 5kW motor, a 600A controller and tall tires (six-inch lift with 23-inch tires), not from the battery alone. On a Navitas controller, throttle curve and max RPM settings are where speed is tuned — check the controller's programming app and start with the factory recommended settings for your motor. And remember taller tires change both speed and the load on the motor.

Source video: Fentertainment — "High Speed Golf Cart Lithium Battery Range Test 35mph | Vatrer 48v 105ah" (youtube.com/watch?v=-VuG0hMAFK8). Comment excerpts are quoted verbatim from the video's comments; where the creator replied, the creator's own words are quoted. All other answers are Dajiu Energy's own. Figures are transcribed from the video and are representative, not guarantees.