FOSSiBot F2400 - Don't Skip Over This Power Station! LFP - UPS Mode - Fast Charging - 2400w Inverter

Summary

The Fossebot 2400 power station is introduced as an affordable, beginner-friendly option for those seeking large-scale power solutions. Highlighting its lithium iron phosphate batteries, 2400-watt inverter, and 3500 charge cycles, the video showcases its capability to power household appliances and serve as a UPS with an 8ms swap over time. Extensive testing confirms its performance, though it falls short on advertised capacity and lacks smart app connectivity. The power station's ease of use and multiple charging options make it a strong contender in the market.

Takeaways

• 🔋 The Fossebot 2400 is an affordable and beginner-friendly power station with lithium iron phosphate batteries.
• 🔌 It features a 2400-watt pure sine wave inverter capable of powering most household appliances.
• ⚡ The power station has a fast charging capability of up to 100% in less than two hours and an adjustable slow charging feature.
• 🏠 Ideal for use as a home backup during power outages, it can keep a full-size fridge running and has a UPS mode with an 8-millisecond swap over time.
• 🔌 The front of the power station includes a variety of DC and USB ports for charging multiple devices, including a high-power 25-amp XT60 port.
• 🌿 It's suitable for outdoor activities like camping, RV use, or van life, providing a luxurious experience by powering various devices.
• 💰 Available on Amazon with a discount coupon, reducing the price to $1199 from $1400.
• 🔍 The AC inverter was tested and found to provide a pure sine wave output at 60 hertz, though with slight distortion and noise issues.
• 🔥 The power station can handle a 2400-watt load continuously without overheating, but the fans can get loud under full load.
• 🔌 The DC output was tested to be regulated and capable of high power delivery, supporting various 12-volt appliances.
• 🔄 It offers multiple charging options including 12V, solar, and AC charging, with the fastest being AC at 1100 watts for supercharging.

Q & A

What is the Fossebot 2400 power station and what makes it beginner-friendly?

The Fossebot 2400 is an affordable, large power station designed for beginners. It is easy to use and has features such as lithium iron phosphate batteries, a 2400-watt inverter, and fast charging capabilities, making it suitable for first-time users of large power stations.

What is the maximum wattage the Fossebot 2400's inverter can handle?

The Fossebot 2400's inverter is rated at 2400 watts, which means it can handle appliances up to that power level.

How long does it take for the Fossebot 2400 to fully charge from 0 to 100 percent?

The Fossebot 2400 can charge up to 100 percent in less than two hours with its internal fast charging feature.

What is the swap over time of the Fossebot 2400 when used as an uninterrupted power supply (UPS)?

The Fossebot 2400 has a swap over time of eight milliseconds when used as a UPS, which is one of the fastest swap over times tested.

What is the purpose of the XT60 port on the Fossebot 2400 and what is its amp rating?

The XT60 port on the Fossebot 2400 is a DC output rated for 25 amps, designed to power various 12-volt appliances and devices.

How did the Fossebot 2400 perform in terms of running a full-size fridge for an extended period?

The Fossebot 2400 was able to run a full-size basement fridge for over 24 hours straight without a charge, with a remaining state of charge at 12 percent after 28 hours.

What is the maximum power output the Fossebot 2400 can provide through its 12-volt DC output?

The Fossebot 2400 can provide up to 330 watts continuously through its high-power XT60 port, which is higher than most power stations that typically support up to 150 watts.

How efficient is the Fossebot 2400's AC inverter in terms of idle power usage?

The AC inverter of the Fossebot 2400 uses around 1.5 percent of the battery per hour when enabled with no load, which is considered efficient for its size and type.

What is the maximum charging input the Fossebot 2400 can accept and how fast can it charge from 0 to 100 percent using this method?

The Fossebot 2400 can accept a maximum charging input of 1100 watts, allowing it to charge from 0 to 100 percent in about two hours.

Does the Fossebot 2400 support charging via its 100-watt USB-C power delivery port?

No, the Fossebot 2400 does not support charging via its 100-watt USB-C power delivery port as it is not bi-directional.

What warranty does the Fossebot 2400 come with and how can users reach technical support?

The Fossebot 2400 comes with a two-year warranty. Users can reach technical support via the information provided in the owner's manual and on the manufacturer's website.

Outlines

00:00

🔋 Fossebot 2400 Power Station Overview

The script introduces the Fossebot 2400, an affordable and beginner-friendly power station with key features such as lithium iron phosphate batteries, a 3500 charge cycle rating, and a 2400-watt inverter, making it suitable for various household appliances. It highlights the power station's fast charging capability, UPS functionality with an 8-millisecond swap over time, and a 25-amp DC output for versatile use cases like camping, home backup, and RV power needs. The video promises an extensive test of the power station's performance and a comparison of purchase options on Amazon.

05:01

🚀 Testing the Fossebot 2400's AC Inverter and UPS Features

This paragraph details the testing of the Fossebot 2400's AC inverter, showcasing its ability to run a full-size fridge for over 24 hours and its UPS functionality with a swift 8-millisecond transition to battery power during outages. The inverter's performance under a 2400-watt load is tested, revealing a pure sine wave output at 60 hertz with minor distortion and a voltage output close to the rated 110 volts. The power station's heat dissipation and fan noise under full load are also evaluated, demonstrating its reliability and efficiency.

10:02

🔌 Exploring the Fossebot 2400's DC and USB Outputs

The script discusses the various DC and USB outputs on the Fossebot 2400, including multiple 12-volt and USB ports suitable for charging a wide range of devices. It presents test results for the power output from these ports, highlighting the ability to pull substantial wattage from the 12-volt and USB ports simultaneously. The DC output's efficiency and the power station's capacity to handle continuous loads are also examined, emphasizing its robustness for extended use.

15:04

🔌 Charging Options and Additional Features of the Fossebot 2400

This section outlines the charging options available for the Fossebot 2400, such as 12-volt, solar, and AC charging, and provides insights into the charging speeds and methods. It also covers the power station's additional features like a diffused LED light with different modes, a certain level of water resistance, and a two-year warranty. The script mentions the power station's grading in the host's grading system, comparing its performance and features to other models tested.

🏆 Pros and Cons of the Fossebot 2400 Power Station

The final paragraph summarizes the pros and cons of the Fossebot 2400. Pros include the use of safe and long-lasting lithium iron phosphate batteries, a high-output inverter, fast and adjustable AC charging, UPS functionality, and a user-friendly design. Cons include not achieving the full 85% of the advertised capacity, the absence of smart app connectivity, and the AC inverter's noise output. The host invites viewer feedback and concludes with a call to like, subscribe, and comment on the video.

Keywords

💡Power Station

A power station, as discussed in the video, is a portable device designed to provide electricity from a stored energy source, typically batteries. It is crucial for the video's theme as it is the main product being reviewed. The Fossebot 2400 is highlighted as an affordable model suitable for beginners, capable of powering various household appliances and devices.

💡Lithium Iron Phosphate Batteries

Lithium iron phosphate batteries are a type of rechargeable battery known for their safety, longevity, and high energy density. In the context of the video, the Fossebot 2400 uses these batteries, which are rated for 3500 charge cycles, indicating their durability and making them a key feature for potential buyers.

💡Inverter

An inverter in the video refers to a device within the power station that converts the direct current (DC) from the batteries into alternating current (AC), which is the standard form of electricity used in homes. The Fossebot 2400 has a 2400-watt inverter, allowing it to power a wide range of appliances, making it a central component of the power station's functionality.

💡Charge Cycles

Charge cycles refer to the number of times a battery can be charged and discharged before its performance significantly declines. The video mentions that the Fossebot 2400's batteries are rated at 3500 charge cycles, emphasizing the product's long-term usability and reliability.

💡Uninterrupted Power Supply (UPS)

A UPS is a device that provides emergency power to a load when the input power source or mains power fails. The video highlights the Fossebot 2400's UPS functionality with an eight-millisecond swap over time, showcasing its ability to quickly switch to battery power in the event of a power outage, which is a critical feature for home backup solutions.

💡AC Outlets

AC outlets are the standard sockets found in homes for plugging in appliances that require alternating current. The video script describes the Fossebot 2400 having six AC outlets, which is significant as it allows multiple devices to be powered simultaneously, enhancing its utility as a power station.

💡DC Output

DC output refers to the direct current power provided by the power station, typically used for charging devices or powering 12-volt appliances. The video emphasizes the Fossebot 2400's front DC output with an XT60 port rated for 25 amps, indicating its capacity to handle high-power devices, which is a notable feature for users with specific power needs.

💡Solar Charging

Solar charging is the process of recharging a power station using energy from sunlight, typically through solar panels. The video mentions the Fossebot 2400's ability to be charged via solar panels, showcasing its versatility and eco-friendliness, and providing an alternative charging method for users in areas with ample sunlight.

💡Pass-through Charging

Pass-through charging allows a power station to be charged while also providing power to connected devices. The video confirms that the Fossebot 2400 supports this feature, which is beneficial for users who need continuous power while the station is being recharged, enhancing its practicality in various scenarios.

💡Capacity

Capacity in the context of the video refers to the total amount of energy a power station can store and provide. The script discusses the Fossebot 2400's advertised capacity and the results of tests to determine its actual capacity, which is crucial for understanding how long the power station can power devices before needing to be recharged.

💡Warranty

A warranty is a guarantee provided by the manufacturer that the product will be free from defects for a specified period. The video mentions a two-year warranty for the Fossebot 2400, which is an important consideration for consumers as it provides assurance of the product's quality and support from the manufacturer.

Highlights

Introduction of the Fossebot 2400 power station, an affordable and beginner-friendly model.

Lithium iron phosphate batteries with a 3500 charge cycle rating.

2400 Watts pure sine wave inverter capacity for powering household appliances.

Internal fast charging capability to reach 100% in under two hours.

Adjustable slow charging feature via a knob on the front.

Uninterrupted power supply functionality with an 8-millisecond swap over time.

DC output on the front with an XT60 port rated for 25 amps.

Versatility in use cases, including camping, home backup, and RV power supply.

Amazon bundle options and a $200 off coupon for the power station.

Extensive testing results of the AC inverter, including running a full-size fridge for over 24 hours.

UPS mode testing with a micro desktop workstation and studio lights.

AC inverter quality test with a pure sine wave output at 60 hertz.

Thermal camera assessment of heat dissipation during max load operation.

Noise and interference testing with a dirty electricity meter.

AC capacity test results at 80.5% of the advertised capacity.

DC output testing with high power capabilities up to 25 amps.

Multiple charging options including 12V, solar, and AC charging.

Adjustable AC charging speed and dual charging support.

Pass-through charging capability for simultaneous charge and discharge.

Built-in diffused LED light with multiple modes for different situations.

Water resistance feature with protective flaps for outdoor use.

Two-year warranty and technical support availability.

Grading system score of 8 out of 10 points for the Fossebot 2400.

Pros and cons summary highlighting the power station's features and limitations.

Transcripts

hey everybody welcome back to a new

video today I'm excited to show you guys

a new power station this is the fossebot

2400 this is a really affordable model

and if you're looking for your first

large Power Station this one is very

beginner friendly not only is this power

station easy to use but it also checks

off a lot of the boxes that my viewers

are looking for for example this does

have lithium iron phosphate batteries

it's rated at 3500 charge cycles it also

has a massive inverter at 2400 Watts so

basically any appliance that you have in

your house you basically can plug it

into this and it's going to work just

fine it also has internal fast charging

it can charge up to 100 in less than two

hours but if you want to slow charge it

you just turn down this knob on the

front to adjust the slow charging this

also acts as an uninterrupted power

supply with a swap over time of eight

milliseconds so it works really well as

a home backup and my favorite feature

the DC output on the front there's an

xt60 Port That's rated for 25 amps

output now this power station has many

different use cases for example if you

wanted to take this camping and have the

most luxurious experience ever power all

of your devices this will definitely do

that this also works really well as a

home backup solution if you have an

extended power outage to keep your

full-size fridge running or if you want

to take this along with you on your RV

or a trailer or even a van life scenario

to power all of your cooking and

Refrigeration needs this would

definitely do that as well now there are

multiple bundles on Amazon to purchase

this the one that sticks out to me is

the power station by itself it comes in

at fourteen hundred dollars but there's

a two hundred dollar off coupon right

now to bring the price down to 1199 now

in the rest of the video I'll be showing

you all the extensive testing that I did

on the power station to show you guys

how it truly performs so you guys can

know the facts about the fossebot 2400

and if it's the right power station for

you now here on this side of the power

station you lift up this flap and it

exposes six AC Outlets this is where the

AC inverter is remember it's advertised

to be a 2400 watt pure sine wave

inverter so let's go ahead and jump into

the testing results on the AC inverter

one of the best use cases for a larger

Power Station like this is to run your

full-size fridge in the event of a power

outage I wanted to see if the f2400

could keep my full-size basement fridge

running for 24 hours straight without a

charge and checking in 28 hours later

the state of charge was at 12 percent so

this did run my fridge for over a day

without an issue now just be aware you

could also get a longer run time by

charging off a gas generator or by

plugging in up to 500 watts of solar

panels the fossebot also has the ability

to act as an uninterrupted power supply

or a UPS this means that when you have

the power station plugged into a wall

outlet it can bypass up to 1100 Watts

straight through the power station to

your devices if grid power goes down the

power station will automatically swap

over to the batteries inside within

eight milliseconds this is one of the

fastest UPS modes I have tested on the

channel for my testing I had a micro

desktop workstation running as stress

test in order to push the internal power

supply to its limit minutes I also had a

24 inch LED monitor and my studio lights

running off the power station verter so

we can visually see the swap over I

simulated four different power outages

by unplugging the power station from the

wall all four times the PC was still

running after it was unplugged meaning

the transition to battery power was very

smooth these were excellent results

compared to other UPS power stations

I've tested on the channel so you can

definitely count on the UPS mode of the

f2400 in my next test I wanted to see

the quality of the power output we get

from the f2400 inverter in this test I

like to push the inverter to its Max

load for 15 minutes to see if it can

handle the full rated output without

overheating or turning off once I

started the test I was pulling around

2400 Watts continuously using my

oscilloscope I was getting a pure sine

wave output at 60 hertz it did have a

little bit of distortion on the sine

wave using a volt meter I was showing

108 volts output which is fairly close

to the rated output of 110 volts once

the tests have been going for about 10

minutes the power station fans kicked up

to their highest speed when testing the

loudness of these fans I was getting

around 59 decibels at three feet away

and here's a demo of what the fans

sounded like

now just be aware the fans aren't that

loud most of the time this was only

under the full load of 2400 Watts coming

to the end of the test the power station

was able to run the max load for longer

than 15 minutes without an issue now I

continued to run a 2400 watt load on the

inverter and I wanted to see how well

the power station was dissipating heat I

recently purchased this thermal camera

to see those results so throwing some

pictures up on the screen you can see

the warmest points of the power station

were where the exhaust fans were blowing

out the hot air and on top of the

storage compartment I feel that the fans

move enough air to keep the power

station cool even when it's running

under Max load a small portion of my

viewers run sensitive Electronics so I

also like to test for noise or

interference that the inverter may put

out using my dirty electricity meter it

was maxed out at plus 2 000 millivolts

of noise when the inverter was enabled

I've also noticed that with it reading

over 2000 millivolts you'll hear an

audible buzz on sensitive devices to

listen for that noise I plugged in my

guitar amp into the inverter and you

could tell that there was noise coming

from the inverter

[Music]

this noise could be a problem if you're

trying to run radio equipment off the

inverter but most other devices

shouldn't be affected the final test

that I completed on the f2400 were both

the AC capacity and AC idle tests when

draining the power station at a 0.2 C

rate with the AC inverter I was able to

pull 1650 Watt hours of capacity in one

complete discharge these results were

definitely less than what I was hoping

for because 1650 Watt hours is only

around 80.5 percent of the advertised

capacity When comparing this to other

large power stations that I've tested

I'd like to see at least 85 percent of

the advertised capacity or right around

1740 Watt hours what about the amount of

power that the AC inverter uses as it

sits turned on and idle I started with

the power station at 100 state of charge

and I left the inverter enabled for

eight hours with no load and when I came

back it was sitting at 88 state of

charge meaning the inverter had used

around 12 percent of the battery or

about 1.5 percent per hour this is right

on par for this size of battery and

inverter now summing up the results of

the AC inverter testing I was very

impressed that we were able to get the

2400 watts output it didn't overheat or

shut off also very impressed with the

UPS swap over times other power stations

have failed where this one did a great

job now because this is an affordable

option it's not perfect on everything we

didn't hit the full 85 percent of the

advertised capacity and we also got 110

volts which is what it's advertised to

have but I always like to get 120 volts

output for full power and we did have a

little bit of noise on the AC inverter

so just keep that in mind with an

affordable model you do have to give and

take because you save quite a bit of

money now in the next part of the video

I want to talk about all the outputs on

the front of the power station this has

16 ports to connect your devices and a

lot of that is on the front with your DC

and USB ports so let's go ahead and take

a closer look at that now to charge up

your mobile devices you have quite a few

USB ports to choose from on the top you

have two USB a quick charge reports in

the middle here you have two USBC ports

each one's rated at 20 watts power

delivery and then on the bottom you have

a 100 watt power delivery port and a 20

watt power delivery Port you can turn on

and off the USB ports by pushing this

button here now if you're wanting to

power 12 volt appliances you'll plug

them into these ports here you have a 12

volt cigarette plug That's rated at 10

amps you have two 5521 Barrel

connections underneath that and then you

have your xt60 Port That's rated for 25

amps output and you turn on and off the

DC output by pushing this button here

the first thing I checked on the f2400

was to see if the DC output was

regulated this means the output voltage

stays the same no matter what state of

charge the power station is when I

plugged in my battery tester it was

showing 13.5 volts perfect for running

any of your portable Gadgets in the next

test I tried to pull as much power as

possible from each of the available 12

volt outputs on the 12 volt cigarette

plug I was able to pull a little over

155 watts and connecting to either of

the 5521 Barrel ports I was able to pull

around 100 Watts from each Port before

they would shut off from being

overloaded now I love that this also

supports a high power

xt60 port up to 25 amps for this test I

pulled out both my battery load testers

connected them together in parallel and

turned up the wattage I was able to get

almost 330 Watts continuously from that

high power xd60 port this is very

impressive since most power stations

only support up to 150 watts maximum I

then moved on to testing all six USB

ports on the fast about 2400 this power

station supports four USBC power

delivery ports and I was able to get

rated power from each one for example I

was able to charge my ecoflow River 2

Pro at 100 Watts input and both my other

power stations were able to charge at 20

watts each I also had my phone plugged

in and charging off the last USBC port

and it was charging rapidly for the last

two USB a ports I plugged in my favorite

USB fan and a portable LED light and

both worked great with all these USB

ports in use it was around 150 watts

total and the next test I wanted to get

an idea of the maximum output that the

power station could handle with both the

12 volt outputs and the USB ports

charging multiple devices I connected up

both battery load testers and all the

USB ports at the same time and I was

able to pull almost 500 watts

continuously from the Power Station DC

output super impressive results and the

fans during this test hardly ran at all

some budget power stations will

automatically shut off the DC output

only after a few minutes if your load

isn't consistent this can be a problem

if you're trying to run cpaps or 12 volt

fridges overnight to see if this was a

problem on the f2400 I plugged in my ice

code go 2012 volt fridge into the 12

volt cigarette plug and I came back

after 24 hours and the DC output was

still on and the fridge was still

running the battery had only dropped

down to 77 during this test meeting you

get a very long run time while using a

DC fridge on the f2400 now the final two

tests that I completed on the DC output

were capacity and idle power usage tests

the f2400 is advertised to have 2048

Watt hours of capacity while draining

the power station completely down via

the 12 volt socket at 10 amps I was able

to pull a total of 1615 Watt hours over

a 12 and a half hour time period these

results were about 78.8 percent of the

advertised capacity this is somewhat

normal on larger power stations since

they have to regulate the 48 volt

battery down to 12 volts in my final

test I like to see how much power the DC

output uses while sitting idle while

left on for a long period of time I call

this the DC idle test I started the test

at 100 state of charge and checking in

eight hours later the power station was

sitting at 95 save charge meaning the DC

output is very efficient and only uses

0.6 percent per hour while sitting

enabled with no load now summing up the

results of the DC output testing this is

where this one really shines the 25 amp

dedicated output it allows you to power

a lot of different 12 volt appliances

fans compressor fridges cpaps diesel

heaters you name it you can power a ton

of different things off the DC output

ports on this power station I was also

impressed with the idle standby losses

even though this has 25 amps output it

didn't use that much power as it was

sitting idle so overall very impressed

with the DC output testing on the power

station

in the next section of the video I want

to cover all the charging options for

the fossebot 2400 and on the top there's

actually a storage compartment that

holds all the charging cables first you

get a 12 volt charging cable to charge

up in a vehicle or off a battery you

also get a solar charging cable with mc4

connectors and lastly you get an AC

charging cable that it's about six feet

long on the side of the power station

you have two charging ports the left

charging port is designed for internal

AC charging so there are no bulky or

noisy power bricks with this power

station the right charging port is an

Anderson power pole input it supports

voltage of 11.5 volts up to 50 volts and

has a limit of 20 amps lifting up the

protective cover you can see both of

these charging ports clearly let's go

ahead and kick off some actual charging

demos when connecting the f2400 to a 12

volt battery similar to your vehicle 12

volt socket you'll see around 105 Watts

charging input this will take around 17

hours to fully charge the power station

when it's completely empty a small hack

to speed up 12 volt charging is to take

the battery's 12 volts and boost it up

to 24 volts with a small boost converter

this will allow you to charge at over

double the speed at 300 watts this cuts

down the DC charging speed to about 6

hours just note these cheap boost

converters get pretty warm over time so

I'm trying to find a better long-term

solution also most 12 volt vehicle

sockets are not rated for this much

power and you'll blow a fuse using one

of these converters will require a

direct fuse connection to your starter

battery next I wanted to test the solar

charging input on the f2400 remember

that the mppt charge controller supports

up to 50 volts input so I decided to

test with four of my 180 watt solar

panels and a 2s 2p parallel series

configuration when connecting the solar

panels to the power station I was seeing

a little over 500 watts charging input

which is slightly above the advertised

Max charging speed for solar this will

take around 4 hours to fully charge if

you are able to get consistent clear so

solar conditions now the fastest way to

charge the battery is by connecting to

an AC power source the f2400 supports

1100 Watts supercharging this fast

charging will get the power station full

in about two hours one thing I noticed

while charging is the fans are very

quiet and they don't run very often you

can also adjust the AC charging speed by

turning the silver knob next to the

screen you can choose 900 watts charging

you can drop it down to 700 Watts

charging you also have 500 watts

charging and the lowest is 300 watts

charging remember charging at lower

speeds puts less stress on the internal

battery and will give you more charge

cycles down the road I wish every Power

Station had adjustable charging in my

final charging test I wanted to see if

the power station supported charging via

the 100 watt USBC power delivery Port

when I plugged in my kaval 100 watt

charger I did not see any charging input

meaning that the 100 watt Port is not

bi-directional what about dual charging

when I plugged in both AC and DC

charging sources at the same time I was

able to max out at 1600 Watts charging

input so the f2400 does support dual

charging and will charge from zero

percent up to a hundred percent in only

1.5 hours when you use dual charging I

also wanted to test pass-through

charging or the ability to charge and

discharge the power station at the same

time in this test I had the DC output

USB ports and AC inverter all enabled at

the same time while charging the power

station so it does indeed support

pass-through charging well now that have

covered the charging basics for the

f2400 I want to go ahead and cover a few

other things before closing out the

video now on the front you have a

diffused LED light you have a bright

mode and then you have an SOS mode in

case you have some sort of emergency and

then you have a strobe mode just in case

you want to get someone's attention I

always like when these have a built-in

likes you never know if you're going to

need it the other thing that fossebot

mentions is this has a level of water

resistance they don't mention IP rating

but it has these two flaps here so

whenever you're using the power station

you want to make sure these flaps are

open but you have the ability to close

these flaps and also close all the

covers on the front and it can resist a

splashing of water without damaging the

power station now last year I was using

a large Power Station like this and I

took it out camping and when I brought

it home I actually had it sitting next

to me and a spider crawled out of the

power station so probably another

benefit to these covers when you're not

using the power station you can close it

down and maybe you can keep the bugs

from crawling inside but pretty funny

when that happened to me also if I

mentions in the owner's manual this has

a two year warranty you can reach out to

their technical support via the

information in the owner's manual and

also on their website now I know some of

you are wondering well how did the

fossebot 2400 do in my power station

grading system now if you guys aren't

familiar with the channel any power

station that I test I have a grading

system that I track all the performance

features and if there's any issues and

it gets a score out of 10 points

possible now all this information is

tracked in an online spreadsheet I'll

include down in the video description so

you can refer back to that if you want

to see how this Stacks up against other

power stations that I've tested now for

the score of the fossequot 2400 I'll go

ahead and throw up all the criteria on

the screen basically it lost a half

point because it had 110 volts output

and a bit of noise on the AC inverter it

lost a half point because this does not

have Smart App connectivity and it lost

a full point because we did not get 85

percent of the advertised capacity we

were only able to get 78.8 on the DC

output and only 80 percent on the AC

output so once again it got eight points

out of 10 points available which is a

very respectable score especially for

the price of this power station if you

want to see how it Stacks up against all

the other Power Station I've tested make

sure you check that out down in the

video description now in the final

section of the video I always like to do

a pros and cons because if you're

sitting on the fence maybe it'll push

you one way or the other now there's

definitely quite a bit of Pros about

this power station and just a few cons

let's go ahead and break that down now

the first thing that I really like about

this power station is the lithium iron

phosphate batteries they're safe they're

going to last a long time they're rated

at 3 500 charge cycles now there are

still companies coming out with lithium

nmc batteries

but you know you don't have that problem

with this one at all the other thing

that I love about this is the huge

inverter on this 2400 watt output

whatever appliance that you have at your

house that plugs into a standard wall

outlet this will be able to power that I

like that this has fast internal wall

charging it also has the adjustable

charging up here and because of that it

also features UPS functionality with the

eight millisecond swap over time so very

fast there you guys saw from the testing

didn't see any issues at all now I also

like that this has the 25 amp dc output

basically doubles the power of DC output

versus some other power stations on the

market and the last thing I like about

this is just simple to use there's no

complicated features anybody that's new

to using a power station will be able to

pick this up and just start using it now

there are a few cons about this power

station the first con that comes to mind

is the fact that we did not get the full

85 percent of the advertised capacity we

are only able to get 80 so definitely

come there also this does not have Smart

App connectivity so kind of depends if

those are deal breakers for you or not

now I'd love to get your guys's feedback

on the foxybot 2400 so throw a comment

down below let me know what you guys

think about this power station its price

point feature set things like that now

if you guys like the video please give

me a thumbs up and if you haven't

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guys to subscribe so you don't miss out

on any future videos thanks for watching

we'll see you guys in the next one

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