TERA PUMP TRFA02-MTX Fuel Transfer Pump (2.5 GPM), 4-AA Battery Powered Gas Can Pump, Flow Control Nozzle with Squeeze Trigger Handle for E85 E15 Gas Diesel - Extended 4.1ft Hose
Condition: New
Checking for product changes
Buy Now, Pay Later
As low as
$11.67
/ mo
Learn more
- – 6-month term
- – No impact on credit
- – Instant approval decision
- – Secure and straightforward checkout
Ready to go? Add this product to your cart and select a plan during checkout.
Payment plans are offered through our trusted finance partners Klarna, PayTomorrow, Affirm, Afterpay, Apple Pay, and PayPal. No-credit-needed leasing options through Acima may also be available at checkout.
Learn more about financing & leasing here.
Selected Option
Free shipping on this product
30-day returns
Learn more
30-day refund/replacement
To qualify for a full refund, items must be returned in their original, unused condition. If an item is returned in a used, damaged, or materially different state, you may be granted a partial refund.
To initiate a return, please visit our Returns Center.
View our full returns policy here.
Availability:
Only 5 left in stock, order soon!
Arrives
Wednesday, Jun 18
Recently Viewed
Style: Flow Gas Pump
Features
- BOOSTED TRANSFER SPEED | Transfer up to 2.5 Gallons per Minute (9.3 LPM) with our Flow Control Pump, powered by 4x AA Batteries (not included) - Featuring a 23-inch Flexible Corrugated Intake Hose, this versatile pump is ideal for handling various fluids such as Gasoline, E15, E85 (please remove the pump after use, as E85 may cause seal corrosion), Diesel, Kerosene, or Non-Potable Water.
- TRANSFER FROM A DISTANCE | Our pump features a 4.1-feet (50 inch) discharge hose, equipped with a 12.3 inch Flow Nozzle, which offers excellent flexibility for fueling from extended distances. This makes it ideal for a wide range of applications, including tractors, ATVs, RVs, Automobiles, Generators, and More.
- ENHANCED FLOW MANAGEMENT | The squeeze trigger design of this pump offers Precise Flow Control, allowing you to adjust the liquid flow rate with a simple squeeze of the trigger, minimizing any potential fuel waste - You can flip the lever to a lower position for refueling, or flip it on top for watering tasks. Additionally, the nozzle connection can rotate 360 degress to Prevent Hose Tangles, ensuring a hassle-free experience.
- VERSATILE USE | Our battery-powered siphon pump comes with three different adapter sizes, making it compatible with Briggs & Stratton, No-Spill, Midwest Can and most North American gas cans. Designed with portability in mind, TRFA02-MTX can refuel anywherewhether you're in the workshop, on the farm, out in the field, at the garage, on a worksite, or even at home.
- DURABILITY IMPROVEMENT | In the newest version of our pump, we've upgraded the Intake Impeller Housing from plastic to metal to improve its resilience to drops and normal use.
Brand: TERA PUMP
Fit Type: Universal Fit
Vehicle Service Type: Tractor
Item dimensions L x W x H: 24 x 3 x 49 inches
Material: Polyacetal, Polyethylene, Polypropylene (PP)
Brand: TERA PUMP
Fit Type: Universal Fit
Vehicle Service Type: Tractor
Item dimensions L x W x H: 24 x 3 x 49 inches
Material: Polyacetal, Polyethylene, Polypropylene (PP)
Item Weight: 0.5 Pounds
Style: Flow Gas Pump
Hose Length: 23 Inches
Inlet Connection Size: 0.75 Inches
Outlet Connection Type: Barb
Body Material: Plastic
Inlet Connection Type: Hose Barb
Connector Type: Quick Disconnect Fitting, Barb
Gas Type: Kerosene
Operation Mode: Manual
Product Grade: New
Automotive Fit Type: Universal Fit
Manufacturer: TERA PUMP
Item Weight: 8 ounces
Product Dimensions: 24 x 3 x 49 inches
Country of Origin: Korea, Republic of
Manufacturer Part Number: A-TP-TRFA02-MTX-FX-001
Date First Available: January 4, 2021
Frequently asked questions
If you place your order now, the estimated arrival date for this product is:
Wednesday, Jun 18
Yes, absolutely! You may return this product for a full refund within 30 days of receiving it.
To initiate a return, please visit our Returns Center.
View our full returns policy here.
To initiate a return, please visit our Returns Center.
View our full returns policy here.
- Klarna Financing
- Affirm Pay in 4
- Affirm Financing
- Afterpay Financing
- PayTomorrow Financing
- Financing through Apple Pay
Learn more about financing & leasing here.
Similar Products
Top Amazon Reviews
Style: Auto Power Nozzle
We ordered one of these a while back, after ordering two of the "less expensive" variations on this kind of fuel transfer pump and having both of them stop working after one use. This is the second of this same item we've ordered, because we are SOOOOO happy with the first one. We needed separate pumps for diesel and gasoline. It is so wonderful to be able to leave the pump attached to the fuel container, to top off our tanks as needed. This product seems well constructed, and we anticipate many happy uses over time! Well worth the extra cost over the "cheap" fuel transfer gadgets!!!
...
show more
Reviewed in the United States on May 31, 2025 by Two Wolves
Style: Racing Can Pump
These gas can pumps are a lifesaver. I use for a Motocross bike and lifting a 5 gallon can every time was getting difficult at 67 years old. this updated version has a much stronger hose as my last one the hose tore when it fell in the truck. The only issue is you have to have a very specific gas container for the product to fit and I had to buy a new gas jug to make it fit.
...
show more
Reviewed in the United States on May 14, 2025 by Craig S.
Style: Auto Gas Pump
Better than old style. Easier than picking up gas can
Reviewed in the United States on June 11, 2025 by Don C.
Style: Auto Gas Pump
I wrote a more thorough Amazon review for this product, but there was a glitch and it got deleted somehow. I don't have the patience or enthusiasm to re-write that whole thing, so instead I am trying again with just some basic facts and considerations. - This is an electrically powered fuel transfer pump. It is powered only from "AA" cells (batteries), and can work with just two of those, but for best pumping power & battery life you can install four of them. For year-round use, I suggest installing Lithium type cells, such as the Energizer Ultimate Lithium brand, because these a tolerate wide temperature range better than alkaline types, and don't have the problem with leakage that unattended alkaline cells do. - The battery compartment is the center piece of the assembly, and contains the cells/batteries, the power ON and OFF pushbuttons, a discharge nozzle storage chamber/dock, and it attaches to the opening on most common North American brands of 1 gallon and 5 gallon plastic fuel cans. Three adapters are included with the product; one of them fits my "Blitz" brand 1 and 5 gallon cans, another of them fit all of my "No Spill" brand cans...I don't know which brand(s) the third one might fit (maybe the Scepter brand?). You find the adapter that fits your can(s) and screw it onto the opening of the can, then screw the battery compartment's threaded fitting onto the adapter. - A flexible intake hose extends from the battery compartment, through its threaded fitting and the adapter, into the fuel can. The actual pump is permanently attached to the end of the intake hose, and is supposed to either hang inside the can or lay on the inside bottom of the can. The flexibility of the hose and the size of the pump housing is such that it will lay on the bottom, more or less on its side, if you are using a 5 gallon can. On a 1 gallon can, the pump and hose will have to fit however it can, but might not have the pump inlet right at the can's bottom, limiting how far down you can pump it empty. On a can larger than 5 gallons, the pump might just hang at the end of the intake hose, without touching the bottom of the can, so there might be some unpumped fuel remaining. - The electrical power for the pump gets to it (from the battery compartment) via a fuel-safe cable that is inside the intake hose. Regardless of how many batteries you install, the maximum voltage in this cable and at the pump is 3V. It is supposed to be safe to have the pump permanently installed on a fuel can and operated as-needed. - Unlike most modern plastic fuel cans, which have a ratchet-type mechanism to prevent accidental unscrewing of the nozzle (and this feature is also supposed to make the cans "child proof"), the threaded fitting and the can adapters of this product do NOT have any such feature. Take care where you locate the fuel tank(s)/can(s) being used with this pump! - The pumped fuel exits the battery compartment via another hose (the discharge hose) which is 34" inches long. Some of the sales text associated with this product suggests that this hose is elastic, or can accordion or telescope to be shorter or longer; I did not find that to be true.....it is 34" inches long, period. - At the end of the discharge hose is a 4" long discharge nozzle, and this is the part you insert into the opening of the fuel container you are trying to send fuel to. This can be the fuel tank opening of an automobile, the top opening of the fuel tank on a lawn mower, snowblower, small garden tractor/riding lawnmower, etc. The nozzle does not have any kind of valve, and does not have any kind of manual control for fueling (as does, for example, the fuel nozzle that gas station pumps have on their hoses)...it is just a 4" long plastic tube. There is a plastic clip molded to the side of this discharge nozzle, and it is intended to hook onto the lip of automobile fuel tank openings, or to the threads on the fuel tank openings on tanks of lawn mowers, etc; so that the nozzle does not accidentally fall out of the tank/can openings during fuel transfer. Pressing the end of the plastic clip springs it up just enough to allow it to disengage whatever it was hooked onto. - Inside the end of the discharge nozzle is some kind of electronic sensor; I think it is just a tiny electrical probe that detects the conductivity of the fuel when it comes into contact. It is connected to the battery compartment via a able that, like the intake hose, runs inside the discharge hose. When fuel touches or comes close to that sensor, it signals the battery compartment circuit to stop the pump. Both the ON and OFF pushbuttons are momentary types, so this sensor acts like a secondary OFF button. In my experiments, the sensor works quickly and well, but see my caveat below. When you are not pumping fuel, the discharge nozzle docks into a tubular chamber on the battery compartment, and a raised plastic ring at the opening of the chamber gives the nozzle's clip something to hook onto. - There seems to be nothing about the design of this product to prevent siphoning. The included operator's manual advises to always have the source tank/can at about the same level as the destination tank/can. This does not mean that the pump cannot push fuel up to higher levels; indeed, it can raise fuel up the discharge hose even if that hose is held straight up vertically from the fuel can that the pump is inside of. This caution appears to be to minimize siphoning. Even if there IS some kind of anti-siphon feature that I missed, there is still the issue of "what happens to all the fuel that is already in the discharge hose when you turn the pump off" (either by the OFF button on the battery compartment, or automatically when the sensor detects fuel at its end)? The answer is: if the discharge hose is horizontal, or if it is sloping upwards from the tank/can where the pump is, the fuel will either stay in the hose or will run backwards into the pump's tank/can. BUT, if the discharge hose is sloping downwards, as soon as the pump is stopped all the fuel in that hose will immediately run out through the discharge nozzle. EXAMPLE: I had a 5 gallon gas can, with the pump inside, sitting on a shelf 2 feet above the floor of my garage. The discharge nozzle was clipped onto the opening of the fuel tank of my walk-behind lawn mower (which was lower than the gas can where the pump was). When the mower's tank got full, the sensor immediately stopped the pump, and then all the fuel in that 38" (34" hose + 4" nozzle) of hose (roughly 1/2" inner diameter) ran out into the lawn mower tank, overfilling it and all that volume of gas ended up on the garage floor. Since that happened in about a second, I did not have time to unclip the nozzle and raise it up above the level of the gas can, which would have stopped the flow. It is better to use this product such that it is pumping at least a little bit higher than the level of where the pump itself is located. - This product seems to me to be of decent quality. No part of it seemed cheaply made. But I do wonder about how well it will hold up over time. - I recommend always rising the discharge nozzle above the pump's tank/can so that all fuel runs back into that tank/can, rather than leaving it inside the hose(s). And also always store the product with the discharge nozzle docked into the battery compartment chamber intended for this purpose, because this will eliminate any chance of siphoning causing a fuel spill while not attended. And this is a "pretty" looking product, with attractive red and green buttons that a child might want to push...if they push the ON button while the discharge nozzle is docked in its chamber in the battery compartment, as soon as fuel starts coming out of the end of the nozzle, the sensor SHOULD immediately shut the pump off again. But best to locate this away from where any children will be while unattended.
...
show more
Reviewed in the United States on November 4, 2022 by P. Schmidt P. Schmidt
Style: Flow Gas Pump
Just what I needed to fill up my big lawn tractor. Worked as advertised--great!
Reviewed in the United States on May 31, 2025 by John Krienke
Style: Auto Gas Pump
Update 7/7/2020: My attempt to seal the wiring tube and fuel pump line connection to the controller failed. It isn't leaking from where I thought, or if it was, the Seall All stopped that leak and exposed another. Chances are, it wasn't leaking where I thought. I popped off the battery compartment half of the controller housing and ran the pump. The leak was not happening inside the controller housing, it's leaking from the cap in a way that bypasses the rubber cap seal. The only thing I can conclude is that there is a crack or some other leak path in the plastic elbow that's part of the lower half of the controller housing. There is no visible damage and the leak path is unclear. I am going to install a fuel line hose from the pump to the nozzle and I'm just going to tie wrap the controller to the fuel line and call it a day. I intend to run the wires on the outside of the fuel line and pierce the fuel line near the pump to get them inside. I'll use Seal All to seal the hole where I insert the wires through the fuel line. It'll be a total hack job, but it should work. I bought this thing near the end of last summer and only used it once. It worked that one time without leaking. It's been sitting empty for 10 months and was kept inside a shed during the winter. I don't know if cold temperatures cracked it. I can't imagine that happened since it was completely empty of fuel. Regardless, it's too late to return it and I need it to work, so I'm going to make it work and I don't care if I can't use it as a fuel can cap. Original Review 7/5/2020: I'd give this a 5 star review if it didn't leak like crazy. The pump itself works great. The weakness is where the pump motor wiring goes inside the fuel pump tube. The pump wiring is inside a narrow plastic tube that's pressed into a slot in the tubing flange on the control unit. The fuel pump tube slides over the slotted flange where the pump wires are. There is a plastic ring that's pressed in place around the fuel tube and seals the fuel tube against the tubing flange and the wiring tube in the slot. The problem is that the wiring tube in the slot creates a leak path if it shifts in the slot even a tiny amount. The plastic ring that holds the fuel tube in place on the control unit is easy to pry up with a screwdriver and the fuel tube is easily removed from the flange. I'm going to try and seal the wiring tube slot and the fuel tube with Seal All. Hopefully that will stop the leak. IMO, the mfg should have run the pump wiring from the controller on the outside of the fuel pump tube instead of the inside and put the wiring entry point on the pump end of the fuel tube instead of the controller end. It doesn't matter if the wiring causes a fuel leak at the pump end because the leak would be contained within the can and nobody would notice. However, by inserting the pump wires into the fuel tube on the controller end, the leak path bypasses the rubber cap seal, goes through the cap threads, and then all over the outside of the fuel can. The thing is, the leaking barely affects the pumping volume. It pumps great even with the leak. If the leak was totally contained within the fuel can, nobody would notice. However, with the fuel leaking at the controller end it winds up making a huge mess. Even if the Seal All stops the leaking, I'm not going to give this more stars because I shouldn't have to fix this design flaw.
...
show more
Reviewed in the United States on July 5, 2020 by Brian Kolley