This Next-Gen Hiking Tech Changes EVERYTHING! (DNSYS X1)

Summary

在这个视频中，体验者尝试穿戴一种名为Densis X1的外骨骼装置，以测试其在山地跑步中的表现。Densis X1外骨骼重约两瓶1升水的重量，通过小型但强大的电机辅助髋关节，让穿戴者感觉腿部更轻松。该装置声称可以减轻约30.8公斤的重量，使穿戴者在跑步时达到17米/秒的速度，比精英马拉松选手快4米/秒。除了先进的电机技术，外骨骼还使用AI算法来预测用户的动作并提供适当的辅助。体验者在没有外骨骼、全辅助和全阻力模式下分别测试了125米的距离，发现全辅助模式下速度最快，用时仅22秒，比不穿戴外骨骼快5秒。尽管外骨骼在提高运动表现方面显示出潜力，但其价格高达11000美元，且在过于陡峭的坡度上会自动关闭以保护用户安全。体验者还探讨了外骨骼的潜在用途，包括帮助运动员训练和恢复，以及为老年人或有轻度行动障碍的人提供帮助。视频最后提出了对未来技术发展的期待，认为外骨骼技术将在未来变得更加先进和普及。

Takeaways

• 🤖 视频中尝试了穿戴一种名为Densis X1的外骨骼装置，用以辅助爬山和跑步。
• 🏃‍♂️ 外骨骼装置通过小型但强大的电机辅助髋关节，使得穿戴者感觉更轻松，甚至在跑步时速度可达17英里/小时。
• 🚀 该设备使用AI算法来确定穿戴者的动作，并提供恰当的辅助力度，以帮助提高运动表现。
• 🔋 外骨骼装置重量轻，穿戴简便，电池位于前方，通过电缆连接。
• 🔵🟢 设备有两种模式：蓝色为助力模式，绿色为阻力模式，后者可增加卡路里消耗并提升运动表现。
• 🔌 在阻力模式下，电机从辅助变为阻力，类似于在水中跑步，有助于提高运动训练效果。
• 📈 测试显示，在125米的距离上，使用外骨骼装置全助力模式比不使用快了5秒。
• 🧗‍♀️ 外骨骼装置在上坡时提供了显著的帮助，减少了对关节的压力，但不适合非常陡峭的地形。
• 👵 除了运动员，普通人群，特别是老年人或有轻度行动障碍的人，也可能从这项技术中受益。
• 💰 外骨骼装置的建议零售价为11,000美元，但在Kickstarter上以半价出售，考虑到技术价值，价格相对合理。
• ⏱️ 设备的电池续航能力良好，但在高功率模式下或全天使用时可能需要备用电池。
• 🎒 穿戴者在长时间使用后可能会感到不适，尤其是如果与大型背包一起使用时，可能会增加腰部压力。

Q & A

视频中提到的机器人腿的真正名称是什么？

视频中提到的机器人腿的真正名称是外骨骼（exoskeleton）。

Densis X1外骨骼的重量大约是多少？

Densis X1外骨骼的重量不到两瓶1升水的重量。

Densis X1外骨骼如何帮助穿戴者减轻行走或跑步时的负担？

Densis X1外骨骼使用小型但非常强大的电机辅助上腿部和髋关节，让穿戴者感觉腿部被抬起和下压，从而提供额外的力量，使得穿戴者感觉像是减轻了30-80公斤的重量。

穿戴Densis X1外骨骼的最高冲刺速度能达到多少？

穿戴Densis X1外骨骼的最高冲刺速度能达到每小时17英里，比精英级马拉松选手快4英里。

Densis X1外骨骼除了电机技术外，还使用了什么技术来提高性能？

Densis X1外骨骼除了使用先进的电机技术外，还使用了人工智能算法来识别穿戴者的活动并计算出最佳的辅助方式。

视频中提到穿戴者在尝试什么活动时穿戴了Densis X1外骨骼？

视频中的穿戴者尝试穿戴Densis X1外骨骼跑上山。

Densis X1外骨骼的电池是如何安装的？

Densis X1外骨骼的电池是通过夹在前面，然后用电缆绕到后面并点击固定来安装的。

穿戴Densis X1外骨骼时，如何切换到阻力模式？

穿戴Densis X1外骨骼时，通过双击控制按钮，指示灯会变成绿色，这样就切换到了阻力模式。

在阻力模式下，Densis X1外骨骼如何帮助提高运动表现？

在阻力模式下，Densis X1外骨骼的电机会从提供动力转变为从穿戴者腿部运动中吸取动力，这样可以帮助穿戴者燃烧更多卡路里，并且在专业运动员的训练中提高他们的速度。

Densis X1外骨骼的推荐零售价是多少？

Densis X1外骨骼的推荐零售价是11,000美元。

穿戴Densis X1外骨骼进行长距离行走后，穿戴者有什么感受？

穿戴者穿戴Densis X1外骨骼进行了大约3.5小时的长距离行走，除了腿上的带子部分可能会有些不适外，整体感觉并不难受。

你认为Densis X1外骨骼技术未来的发展方向是什么？

Densis X1外骨骼技术未来的发展方向可能包括更广泛的腿部辅助，如膝盖和脚踝的助力，甚至可能出现能够帮助人类完成超人般的力量、耐力或速度壮举的版本，例如在30分钟内穿着外骨骼冲刺上珠穆朗玛峰，或者开发防水版本以实现高速游泳。

Outlines

00:00

🤖 机器人腿初体验：Densis X1外骨骼

视频介绍了一款名为Densis X1的外骨骼装置，它通过小型但强大的电机辅助上腿部和髋关节，模拟减轻体重并增强跑步能力。体验者尝试穿着它跑上山，并分享了穿戴过程、使用感受以及在不同模式下（如助力和阻力模式）的体验。此外，还提到了外骨骼在运动训练和提高运动员表现方面的潜在应用。

05:01

🏃‍♂️ 测试Densis X1外骨骼：助力与阻力模式

体验者详细描述了在不同模式下使用Densis X1外骨骼的感受，包括在阻力模式下进行速度训练和在助力模式下进行冲刺。通过在森林中进行的测试，体验者发现使用外骨骼可以显著提高跑步速度并减少呼吸急促。同时，体验者也探讨了外骨骼的潜在用户群体，包括运动员和普通人群。

10:01

👥 朋友体验Densis X1外骨骼：反应与讨论

体验者让朋友们试穿Densis X1外骨骼，并收集了他们的反馈。朋友们普遍认为外骨骼减轻了跑步时的劳累感，类似于在水中或使用登山杖时的感觉。视频还讨论了外骨骼的潜在用途，如帮助提高运动表现、辅助老年人或有轻度行动障碍的人进行户外活动。同时，也提出了一些可能的局限性，如价格、电池续航和在极端角度下的自动关闭机制。

15:02

🔋 外骨骼使用体验：舒适度与未来展望

体验者分享了长时间穿戴外骨骼的舒适度感受，并提出了关于电池续航和与大型背包兼容性的疑问。此外，视频对未来外骨骼技术的发展进行了展望，预测了可能的应用场景，如帮助人类完成超人类的力量、耐力或速度壮举，甚至想象了未来可能出现的防水版本。最后，体验者表达了对这项新兴技术未来发展的兴奋之情。

Keywords

💡外骨骼

外骨骼是一种穿戴式设备，旨在通过增强穿戴者的身体能力来辅助人体运动。在视频中，外骨骼被用来帮助穿戴者更轻松地跑步和爬山。它通过使用小型但非常强大的电机来辅助髋关节，给人一种腿部被抬起和压下的感觉，从而提供额外的力量。

💡Densis X1

Densis X1是视频中提到的外骨骼的型号。它重量轻，使用先进的电机技术和人工智能算法来提供动力辅助，使得穿戴者在行走或跑步时感觉更轻松。Densis X1的设计目的是让穿戴者在进行体育活动时能够跑得更快、更远，同时减少对髋关节的压力。

💡助力模式

助力模式是外骨骼提供的一种功能，它通过电机辅助穿戴者的腿部运动，使得跑步或行走更加轻松。在视频中，当穿戴者在山上跑步时，助力模式使得他们感觉像是腿部得到了额外的助力，类似于使用登山杖时减轻腿部负担的效果。

💡阻力模式

阻力模式是外骨骼的另一种功能，与助力模式相反，它通过电机对穿戴者的运动产生阻力，使得腿部运动更加困难。这种模式可以用于增强穿戴者的运动强度，提高其运动表现，并且能够在运动过程中燃烧更多的卡路里。

💡人工智能算法

人工智能算法在外骨骼中用于识别穿戴者的运动意图和模式，以便更好地提供助力或阻力。在视频中，这些算法帮助外骨骼根据穿戴者的行为自动调整电机的输出，以实现最佳的辅助效果。

💡马拉松

马拉松在视频中被用作比较的基准，以展示外骨骼助力模式下穿戴者能够达到的速度。外骨骼可以使穿戴者以比精英马拉松选手还要快的速度跑步，这展示了外骨骼在提高运动表现方面的潜力。

💡电池寿命

电池寿命是外骨骼使用中的一个重要考虑因素。视频提到，在阻力模式下，外骨骼的电机可以作为发电机，将穿戴者的运动能量转换为电能，从而为电池提供额外的电量，延长电池寿命。

💡安全性

安全性是外骨骼设计中的一个关键方面。视频中提到，当穿戴者尝试在过于陡峭的斜坡上使用外骨骼时，如果腿部过度伸展，外骨骼会自动关闭，以防止穿戴者受伤。这表明设计者在提高性能的同时，也考虑了穿戴者的安全。

💡价格

价格是决定外骨骼是否能够被广泛采用的一个重要因素。视频中提到，Densis X1的推荐零售价格相对较高，但通过Kickstarter活动可以以半价购买，这使得这项技术对于有兴趣的人来说更加可行。

💡舒适性

舒适性是穿戴者使用外骨骼时的一个重要体验。视频的叙述者提到，尽管他们连续佩戴了3.5小时，但并没有感到太大的不适，只是腿部和腰部的带子部分有些压力。这表明外骨骼在设计时考虑了穿戴的舒适性。

💡技术发展

技术发展是视频中对未来外骨骼技术进步的展望。叙述者认为，尽管Densis X1是第一代产品，但已经相当小巧轻便，未来可能会有更多功能，如协助膝盖和脚踝的运动，甚至可能出现能够帮助人类完成超人壮举的版本。

Highlights

视频中尝试穿着机器人腿跑上山，这是一种名为外骨骼的设备，可以显著提高运动效率。

Densis X1外骨骼的重量轻于两瓶1升水，使用小型但极其强大的电机辅助腿部和臀部关节。

外骨骼设备可以让人感觉自己轻了30-8公斤，提高跑步速度，甚至达到17米/小时。

外骨骼使用AI算法来确定用户的运动状态，并提供恰当的辅助力度。

穿戴外骨骼后，可以减少对臀部关节的压力，类似于电动自行车对腿部的作用。

外骨骼的穿戴过程简单，通过几个步骤即可固定在腰部和腿部。

设备有两模式：蓝色为助力模式，绿色为阻力模式，后者可以提高运动强度和燃烧更多卡路里。

阻力模式下，外骨骼的电机从助力变为吸收能量，模拟水中跑步的感觉。

在阻力模式下，外骨骼可以为电池提供涓流充电，延长电池寿命。

全助力模式下，跑步感觉像被摩托车拖拽，速度和力量大幅提升。

实际测试显示，外骨骼可以显著提高跑步速度，减少呼吸急促。

外骨骼在行走时几乎感觉不到重量，提供了一种仿佛在平地上行走的错觉。

公众对这项技术的反响积极，认为它对于提高运动表现和帮助行动不便者有潜在好处。

Densis X1外骨骼的建议零售价为11000美元，但在Kickstarter上以半价出售。

外骨骼不会将你变成超人，但它可以提高你现有的运动能力，减少关节压力。

在过于陡峭的斜坡上，外骨骼会自动关闭以保障安全。

电池续航能力良好，但在高功率模式下使用或全天使用时可能需要备用电池。

穿戴者在长时间使用外骨骼后可能会感到不适，尤其是与大型背包配合使用时。

这项技术的未来发展潜力巨大，可能在未来帮助人类完成超人类的运动壮举。

Transcripts

you're going to enjoy this one because

in this video I'm about to attempt to

run up a mountain wearing a pair of

robot legs and yes you did hear that

correctly it's not clickbait and this is

a pair of robot legs that can make my

life a lot

easier or a lot

harder and of course the real name for a

device like this is an exoskeleton which

if you're a Sci-Fi fan a movie fan might

make you think of

[Music]

this or more classically perhaps this

stop these compounded things lety day

this is the densis X1 exoskeleton it

weighs less than two 1 L bottles of

water and uses small but incredibly

powerful Motors to assist your upper leg

to assist your hip joint it feels like

it's lifting your leg up and it feels

like it's pressing it down to give you

extra power believe it or not this

compact device has the effect of making

you feel that your 30 8 kg lighter when

you're walking or running and when

you're running this can assist you at a

flat out Sprint of up to 17 M hour just

for comparison that is 4 M hour faster

than an elite level marathon runner and

as well as the Advanced Motor technology

that's in here it also uses AI

algorithms to figure out what you're

doing and how to deliver the par and the

best way to deliver it to mean that you

can run further faster hike further

faster and do all of that without

putting as much strain on your hip joint

it's a little bit like an electric bike

for your legs those are the claims but I

wanted to test them for myself so in

this video I'm going to be trying to run

up a mountain I'm going to try and run

as fast as I can wearing these and I'm

also going to stick them on my friends

to see what their reaction is but first

of all let me show you how you actually

put these on and then we'll go run up

that M right let me show you how you put

these on you push this button at the

back adjusts the back length bring out

the

arms open up the velcro and then you put

it on around your

waist basically like a belt you want it

to be nice and tight and then you check

to make sure the motors are kind of

roughly in line with your hip joint cuz

that's they need to Pivot bring the arms

around pull these little Clips up that

gives you more stretch on the loops

there bring those down wrap that on your

leg push that in clicks into place twist

it that tightens it do the same with the

other side that's it on make sure your

range of

motion is fine and it's not

uncomfortable now this is a prototype

the final production model will be

slightly different when it comes to the

battery but the battery Clips on the

front there then I take this cable spin

around and click it in there and then to

switch it on I press and hold this

button so there's two modes in this

you'll notice this this light is blue to

start with if I double tap this it turns

green I'll explain what that is later

we'll go back to Blue and to calibrate

it I double tap the power button behind

me I can feel it doing something on my

legs it's just making sure it's tight

enough and that is it now active and I

can start to hear the motor and then I

can push this button to increase the

power I'm I can feel it okay let's go

and try running up this

[Music]

mountain fun fun F fun F

fun it's quite difficult to describe

just exactly what it's like wearing

these trying to run up a mountain

because it's not that the effort is

suddenly gone or that you suddenly feel

incredibly light but it's more that your

legs feel like they're having some kind

of extra assistance in some ways it's

quite similar to an electric bike where

you still have to Pedal you still have

to put effort in but suddenly everything

is a little bit easier than it was

before it would be quite similar to the

feeling you get when you use poles to

run or poles to hike just your arms take

a bit of that weight and it takes it off

your legs it' be similar to

that okay it's time to reveal the other

mode that these have and this is what

really could expand the potential

usefulness of this device because if I

double tap this button

here this light switches to Green these

are now in resistance mode and in

resistance mode they resist me the

motors change from giving me power to

taking power from me when I move my legs

I have to I when I push up I am pushing

against it it's as if there's somebody

pressing down my leg as I try and lift

up and this is good for two reasons one

you'll burn more calories and two if

you're a performance athlete if you go

and do speed training and they've tested

this they tested this with professional

athletes after training in this

resistance mode their speed increased

it's kind of like um if you ever go to

the beach and you try to run through the

sea if you do that a lot it will

increase your performance this does it

without water so what I'm going to do is

I'm going to go oh yeah and there's one

other cool thing it does and I'll

explain that when I get back up but I'm

going to go down there and try to run

back up with this in resistance mode

[Laughter]

come

on

who it's

like it's it's like there's somebody

pushing down to my knees or I'm crying

and resistance mode literally does take

energy from you the motor's tur to the

generators and when I move they take my

energy convert it into electricity and

it provides a bit of a trickle charge

back to the battery it's not a huge

amount but it will extend the battery

life slightly okay I'm going to try a

flat out Sprint in the highest

resistance mode I'm going to run uphill

that way and I'll turn run back downhill

so this is it resisting me as much as

possible and then I'll switch it to pH

assistance mode and see what the

distance

this oh that's weird that is really

weird I can feel that in my hips I was

like my hips were getting tired but the

rest of my legs weren't cuz they weren't

they weren't being resistant in the in

the same way was but now I want to try a

flat out Sprint with this in full

assistance who

that is

insane it felt like I was clinging onto

the back of a rope tie day motorbike and

being dragged along that test was a lot

of fun but it wasn't the most scientific

so the next day I went to a forest

measured out 125 M and ran it three

times once without the axos skeleton

once with the axos skeleton with full

assistance and once with the axos

skeleton with full resistance okay so

without the exoskeleton I did that this

since 27

seconds in resistance mode it pretty

much took me 30

seconds and then with full assistance on

the exoskeleton I ran that in just over

22 seconds I was 5 Seconds faster with

the

exoskeleton that's a lot more than I was

expecting and you were a lot less out of

breath and I was less out of breath yeah

and I felt a lot more out of breath when

I had the exoskeleton on in resistance

mode

so that's interesting okay I've slowed

down a bit what I've realized is you

sort of have to match the speed of the

axos skeletons to how fast you want to

run like currently I have it on the

highest par setting uh but my legs

aren't really moving fast enough to come

and see it for it to probably work I

have to go up to by this speed I know

that feels quite natural so this is me

just casually walking now it's so weird

I'm going

uphill but it just it feels like I'm

walking on a flat I feel almost a little

bit like I'm a puppet on a string know

that there's somebody above me kind of

gone like this and lifting my legs

up every time I've met quite a few

people while I've been out and every

single person I've met I've ask them

what they think of my robot tressers or

my robot legs and then I explain to them

what they are what do you think about my

robot

legs good on there the reactions so far

have all been positive people have

immediately latched onto a use case for

them the first person I bumped into

without me telling them anything about

these they said oh are those for

training so he immediately assumed that

they'd be good for for you know

improving your athletic performance

which was interesting I was talking to

um a lady in her 60s and she said oh

it's like an electric bike that would be

great for older people who can't hike in

the Hills just as much as they used to

so people are instantly getting what

these could be good for which I was not

expecting here's another unexpected

observation I've been out now wearing

these for about 3 and 1/2 hours and I

honestly thought i' would be getting

really uncomfortable by now but I'm not

the only part of me that's maybe a bit

uncomfortable is my bare legs where the

straps are attached and to be honest

that's because probably you should be

wearing these with longer shorts that

come down you know beneath the straps um

and I can feel a slight maybe a slight

bit of pressure um around around like

the waist area where the built is but

it's not really it'd be similar to the

pressure I would have if I'm carrying a

backpack with like a thick waist strap

for a long period of time it be similar

to

that that covers up quite well actually

how noticeable is that you tell me do I

still have oh wow and I've got like full

range of motion the jacket doesn't seem

to be interfering with it works with the

coat so a really good question we

probably should ask is who exactly is

this for and maybe you already have some

ideas and we're going to discuss that

but just before we do I'm going to stick

them on a few of my friends and see what

their reactions

are that's cool oh here we

go my goodness

these are cool don't really feel as if

you are running uphill you know you feel

as if they're doing the work for you

your legs just happen to be moving as

well

oh like it's a bit more effortless but

not completely effortless oh wow I'm

going to fall

over it's like I'm underwater right

now I

can't feels as if you're in water in the

swimming pool I can see where if you

were wearing these on that setting that

uh it would definitely be beneficial in

terms of boosting your Fitness because

you're fighting against something like

rugby players would would put the you

know the the packs on trail them behind

them

yeah some of these Rusty bits of metal

came from machines that at some point in

time would have been the Pinnacle of

Technology the most Innovative option

out there people would have looked at

them when they first appeared with

suspicion perhaps or with concern but

they proved their use they became

adopted and today we don't even question

the benefit of such machines and if I'm

honest when I first heard about the

Den's X1 XO skeleton my initial gut

reaction was that's really cool but is

it just a novelty I'm not actually sure

who's going to benefit from that but I

started to feel a lot more differently

when I actually tried them for myself

and I began to feel even more

differently when I spoke to other people

and asked them what they thought about

this

technology there are two distinct

categories of people who I think could

benefit from this technology and the

first is athletes who could use this to

Aid their training and Aid their

recovery and the second category is a

much wider category and that is ordinary

everyday people who could benefit from

this in the following ways going out

hiking with people who are a lot fitter

than you is a miserable experience and

there are some people who will void it

all together because they just know

they're going to have a miserable time

trying to keep up with their fitter

friends so perhaps something like this

Actos skeleton could help close that Gap

a little bit like how I use my ebike to

help me go out and actually enjoy bike

rides with my cycling obsessed friends

and then you've got people who are maybe

older or have mild mobility issues or

maybe just have concerns about future

possible joint issues the densis X1 in

theory could help these people hack easy

easier further longer with possibly even

less pain and less wear and tear on

their joints and that was actually the

scenario most suggested to me by people

I got talking to while I was like

testing these but what about the

limitations of Technology like this and

I thought of a few and I guess the first

one is the price because the recommended

retail price of this axo skeleton is

going to be $11,000 which is a lot of

money although if you think about it in

terms of what the technology is it is

arguably affordable in some ways I mean

it's cheaper than a mid-ranged ebike and

when this launches in Kickstarter which

is happening on this date you'll be able

to buy a pair of these for $500 so half

price as I mentioned before this will

not turn you into a superhero if you

cannot currently run up a mountain you

will not be able to do so wearing these

they simply take what you can currently

do and allow you to do easier and with

less strain on your joints it also won't

work on really really steep hills once

you go of a certain angle if you try to

go up something that's a bit too high

like this and overextend your leg it

automatically switches off the safety

mechanism so it means that you couldn't

use this for proper climbing or

scrambling if you use it in the lower

power modes the battery life is pretty

good but the fact is if you're out all

day or you use it one of the higher par

settings at some point your battery is

going to run out and then you have an

extra 2 kilos of weight to walk back

with now I've walked about 2 miles with

this completely switched up off and it's

it's actually not too bad you don't

really feel the weight that much at

least at least walking a couple of miles

so it's one of those things you'll

probably want to do shorter distance

practice hikes with just to see how much

range you get out of it and then plan

your longer trips accordingly or have

spare batteries then we have the

question of comfort and personally I've

worn this continuously for about 4 hours

and it was fine although I wonder how it

would feel if I was wearing it for 10 15

hours it's not something I've tested yet

but I just just yeah I just wonder what

that would feel like and while it can be

used with quite a lot of back packs

including ones that do have waist straps

I I wonder what it' be like with a

really really big pack a 70 L pack where

you've got like a really massive wide

waist strap that could be quite tight

and adding a lot of pressure to it I

feel like that might end up

uncomfortable over a really long period

of time although then I question if

you're the sort of person who's going to

be out hiking with an incredible heavy

backpack is this something you're going

to be using anyway now I guess my

question for you is what do you see as

being the use for this technology is

this something you'd use or is it

something you could see the benefits for

somebody else and what does amaze me is

that this is just the first generation

of this technology widely available and

it's pretty small light and compact

already I'm imagining in the future

we're going to have versions this this

will extend down the leg maybe assist

the knee maybe assist the ankle maybe in

5 10 years time these things will will

be able to help you do superhuman Feats

of Strength endurance or speed maybe

we'll have somebody sprinting up Mount

Everest in 30 minutes wearing an

exoskeleton or maybe there's waterproof

versions that let you swim at 50 m hour

who knows but no matter what happens in

the future I think it's pretty exciting

to be here at the start thanks for

watching hope you enjoyed the video

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