ABOUT THE SPEAKER
Anna Mracek Dietrich - Inventor
Anna Mracek Dietrich is one of the creators of the Transition, the "plane you can drive."

Why you should listen

Anna Mracek Dietrich is a private pilot trying to making aviation accessible, safe -- and a reasonable way to get to work. With husband Carl and their team at Terrafugia, in Massachusetts, they are building a driveable aircraft (or, as they also term it, the Roadable Aircraft), which is designed to fold its wings, enabling it to be driven like a car. In 2009, Terrafugia successfully flew a proof-of-concept model, and they anticipate that Transition, the first production model, should be on the road by the end of 2011.

She says: "The most common question we got was 'You know that's impossible, right?' Now that we've done it, I don't get that question nearly so often."

More profile about the speaker
Anna Mracek Dietrich | Speaker | TED.com
TEDGlobal 2011

Anna Mracek Dietrich: A plane you can drive

安娜·姆拉切克·迪特里希:一架你能驾驶的飞机

Filmed:
1,003,710 views

一辆飞行车——它是未来的标志性象征。但在有了飞机和汽车工业一百年之后,仍然没人真正地解决这一问题。飞行员安娜·姆拉切克·迪特里希和她的团队反向思考这一问题:为什么不造一架你能驾驶的飞机?
- Inventor
Anna Mracek Dietrich is one of the creators of the Transition, the "plane you can drive." Full bio

Double-click the English transcript below to play the video.

00:15
What is it about flying飞行 cars汽车?
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为什么飞行汽车让我们痴迷?
00:19
We've我们已经 wanted to do this for about a hundred years年份.
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一百年前我们就开始想建造它
00:22
And there are historic历史性 attempts尝试
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回望历史有不少尝试
00:25
that have had some level水平 of technical技术 success成功.
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技术上有了一定进展
00:28
But we haven't没有 yet然而 gotten得到 to the point
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但今天我们仍然没能坐上飞行汽车
00:31
where on your way here this morning早上
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(如果成功的话)各位早上来的路上
00:33
you see something that really, truly seamlessly无缝 integrates整合
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就能够感受到它会将
00:36
the two-dimensional二维 world世界 that we're comfortable自在 in
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我们熟悉的二维世界
00:39
with the three-dimensional三维 sky天空 above以上 us --
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和头顶的三维天空天衣无缝地融为一体-
00:41
that, I don't know about you, but I really enjoy请享用 spending开支 time in.
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不知道各位怎么想,但我真的是乐在其中
00:44
We looked看着 at the historical历史的 attempts尝试 that had been out there
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我们回顾了以往的尝试
00:47
and realized实现 that, despite尽管 the fact事实
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发现尽管事实上
00:49
that we have a lot of modern现代 innovations创新
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今天我们有许多的
00:51
to draw on today今天
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现代化创新
00:53
that weren't available可得到 previously先前 --
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在以前是没有的-
00:55
we have modern现代 composite综合 materials物料,
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我们有现代复合材料,
00:57
we have aircraft飞机 engines引擎 that get good fuel汽油 economy经济
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有无可比拟的省油
01:00
and have better power-to-rate功率 - 率 ratios than have ever been available可得到,
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且超大输出功率的飞机引擎
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we have glass玻璃 cockpit座舱 avionics航空电子学
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我们有玻璃的座舱电子设备
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that bring带来 the information信息 you need to fly
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提供飞行信息
01:07
directly to you in the cockpit座舱 --
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坐在驾驶舱就可以一揽全局-
01:09
but without fundamentally从根本上 addressing解决 the problem问题 from a different不同 perspective透视,
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但不从其它视角来探索根本性问题的话
01:12
we realized实现 that we were going to be getting得到
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我们得到的结果
01:14
the same相同 result结果 that people had been getting得到
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与近一百年来这些人的结果
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for the last hundred years年份,
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将没什么两样
01:18
which哪一个 isn't where we want to be right now.
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我们可不想这样
01:20
So instead代替 of trying to make a car汽车 that can fly,
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于是我们觉得与其要汽车上天
01:24
we decided决定 to try to make a plane平面 that could drive驾驶.
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不如让飞机下地
01:27
And the result结果 is the TerrafugiaTerrafugia Transition过渡.
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这就是Terrafugia陆空两用飞车
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It's a two-seat双座, single-engine单引擎 airplane飞机
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它是一个两座、单引擎飞机
01:32
that works作品 just like any other small airplane飞机.
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就像其他小型飞机一样
01:34
You take off and land土地 at a local本地 airport飞机场.
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在机场起降
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Then once一旦 you're on the ground地面,
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一旦着陆后
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you fold up the wings翅膀, drive驾驶 it home,
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就可以把机翅叠起来 开回家
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park公园 it in your garage车库.
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停在车库里
01:42
And it works作品.
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它非常好使!
01:44
After two years年份 of an innovative创新 design设计 and construction施工 process处理,
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经过两年的研发与制作
01:47
the proof证明 of concept概念 made制作 its public上市 debut登场
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终于在2008年
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in 2008.
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面世了
01:51
Now like with anything
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就像所有
01:53
that's really different不同 from the status状态 quo现状,
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横空出世的东西一样
01:55
it didn't always go so well testing测试 that aircraft飞机.
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测试并不是一路顺风
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And we discovered发现 that it's a very good thing
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但是这也不完全是坏事
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that, when you go home with something that's been broken破碎,
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当你一直搞不定一个问题的时候
02:03
you've actually其实 learned学到了 a lot more
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你会学到很多
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than when you managed管理 to tick off all of your test测试 objectives目标
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比起一次就成功的
02:07
the first time through通过.
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会学会很多
02:09
Still, we very much wanted to see
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尽管如此
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the aircraft飞机 that we'd星期三 all helped帮助 build建立
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我们一直期待
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in the air空气, off the ground地面,
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它能按计划
02:15
like it was supposed应该 to be.
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早日升空
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And on our third第三 high-speed高速 testing测试 deployment部署
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第三次高速试飞
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on a bitter cold morning早上 in upstate北部 New York纽约,
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是一个寒风刺骨的早晨在纽约州北部
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we got to do that for the first time.
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那一次没有办法
02:24
The picture图片 behind背后 me was snapped抢购 by the copilot副驾驶 in our chase aircraft飞机
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我身后的照片是僚机上的副驾驶捕捉到的镜头
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just moments瞬间 after the wheels车轮 got off the ground地面 for the first time.
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就是飞机腾空而起后的瞬间
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And we were all very flattered受宠若惊 to see that image图片
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看到那一幕我们都无比兴奋
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become成为 a symbol符号 of accomplishing完成 something
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这象征着成就了一项
02:34
that people had thought was impossible不可能
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世人以为不可能完成的
02:36
really the world世界 over.
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任务
02:39
The flight飞行 testing测试 that followed其次 that
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后续的测试
02:41
was as basic基本 and low-risk低风险 as we could make it,
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较之简单而安全
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but it still accomplished完成 what we needed需要 to
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但要把项目向前推进
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to take the program程序 to the next下一个 step
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就必须完成这些
02:47
and to gain获得 the credibility可信性 that we needed需要
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才能获得来自最终我们的市场-飞行界
02:49
within our eventual最终 market市场, the general一般 aviation航空 community社区,
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和监管机构-特别是负责美国境内的
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and with the regulators监管机构
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使用和设计
02:54
that govern治理 the use of design设计 of aircraft飞机, particularly尤其 in the States状态.
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飞行器的机构的信任
02:57
The FAAFAA, about a year ago,
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大约一年前 美国联邦航空总署
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gave us an exemption豁免 for the Transition过渡
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给了我们一个特许证
03:01
to allow允许 us to have an additional额外 110 lbs.
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允许我们的飞车超重110磅
03:04
within the light sport运动 aircraft飞机 category类别.
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仍可列在轻航机的种类下
03:06
Now that doesn't sound声音 like a lot, but it's very important重要,
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这听起来没什么 但其实很重要
03:09
because being存在 able能够 to deliver交付 the Transition过渡 as a light sport运动 aircraft飞机
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因为只要它符合轻航机的规定
03:12
makes品牌 it simpler简单 for us to certify证明 it,
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发放执照就容易些
03:14
but it also makes品牌 it much easier更轻松
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也更加方便学员
03:16
for you to learn学习 how to fly it.
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掌握驾驶技术
03:18
A sport运动 pilot飞行员 can be certificated认证
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轻航机的驾驶执照
03:20
in as little as 20 hours小时 of flight飞行 time.
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只需要20小时的飞行时数
03:22
And at 110 lbs.,
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而额外的110磅
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that's very important重要 for solving the other side of the equation方程 --
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对我们解决另一个问题非常重要-
03:27
driving主动.
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驾驶
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It turns out that driving主动,
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我们发现驾驶的
03:31
with its associated相关 design设计 implementation履行 and regulatory监管 hurdles障碍,
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设计细则和规定
03:34
is actually其实 a harder更难 problem问题 to solve解决 than flying飞行.
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比飞行还复杂
03:37
For those of us that spend most of our lives生活 on the ground地面,
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这对我们一辈子生活在地上的人
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this may可能 be counter-intuitive反直觉,
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是有点异想天开,
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but driving主动 has potholes坑洼, cobblestones鹅卵石,
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开车会碰上坑洞,石子
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pedestrians行人, other drivers司机
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行人,其它车辆
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and a rather long and detailed详细 list名单
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还有一大堆
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of federal联邦 motor发动机 vehicle车辆 safety安全 standards标准 to contend抗衡 with.
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政府对机动车辆安全的规定要遵守
03:51
Fortunately幸好, necessity必要性 remains遗迹 the mother母亲 of invention发明,
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所幸 需求是发明之母
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and a lot of the design设计 work
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许多应用在
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that we're the most proud骄傲 of with the aircraft飞机
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飞机上的高明设计
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came来了 out of solving the unique独特 problems问题
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正好能够解决
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of operating操作 it on the ground地面 --
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陆地行驶的特定问题-
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everything from a continuously-variable连续可变 transmission传输
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数不胜数的例子 比如无段自动变速器
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and liquid-based液基 cooling冷却 system系统
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液态冷却系统
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that allows允许 us to use an aircraft飞机 engine发动机
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能让飞机引擎在时走时停的路上
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in stop-and-go走走停停 traffic交通,
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应付自如
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to a custom-designed定制设计 gearbox变速器
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还有专用定制变速箱
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that powers权力 either the propeller螺旋桨 when you're flying飞行 or the wheels车轮 on the ground地面,
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对飞行所用的螺旋桨和驾驶所用的车轮能双管齐下
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to the automated自动化 wing-folding翼折叠 mechanism机制 that we'll see in a moment时刻,
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还有稍后能看到的折叠式机翼
04:17
to crash紧急 safety安全 features特征.
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和安全设计
04:19
We have a carbon fiber纤维 safety安全 cage
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它有一个碳纤维安全机舱
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that protects保护 the occupants居住者
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能确保乘客安全
04:23
for less than 10 percent百分 of the weight重量 of a traditional传统 steel chassis机壳 in a car汽车.
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而重量比传统钢材汽车要轻百分之十
04:27
Now this also, as good as it is, wasn't quite相当 enough足够.
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这听上去不简单了 不过还不够好
04:30
The regulations法规 for vehicles汽车 on the road
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陆地交通的相关规定
04:32
weren't written书面 with an airplane飞机 in mind心神.
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从来没涉及到飞机上去
04:34
So we did need a little bit of support支持
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所以我们需要
04:36
from the National国民 Highway高速公路 Traffic交通 Safety安全 Administration行政.
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美国国家公路交通安全管理局的协助
04:39
Now you may可能 have seen看到 in the news新闻 recently最近,
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最近的新闻也许能看到
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they came来了 through通过 with us at the end结束 of last month
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大概是上个月底
04:43
with a few少数 special特别 exemptions豁免
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我们获得了几项豁免
04:45
that will allow允许 the Transition过渡 to be sold出售
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陆空两用飞车可以在
04:47
in the same相同 category类别 as SUVs越野车 and light trucks卡车.
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运动休旅车和小型货车的分类下上市销售
04:49
As a multi-purpose多用途 passenger乘客 vehicle车辆,
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因为是多功能客运工具
04:51
it is now officially正式 "designed设计 for occasional偶然 off-road越野 use."
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因此号称是“非常规越野用途的设计”
04:54
(Laughter笑声)
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(笑声)
04:56
Now let's see it in action行动.
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现在让我们来看看实况
05:02
You can see there the wings翅膀 folded折叠 up just along沿 the side of the plane平面.
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它的机翼折起收在机身两侧
05:05
You're not powering供电 the propeller螺旋桨, you're powering供电 the wheels车轮.
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引擎推动的不是螺旋桨而是车轮
05:14
And it is under seven feet tall,
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不到七尺高
05:16
so it will fit适合 in a standard标准 construction施工 garage车库.
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这样就能开进标准车库
05:19
And that's the automated自动化 wing-folding翼折叠 mechanism机制.
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这是机翼自动收展装置
05:21
That's real真实 time.
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这是实时的
05:23
You just push a few少数 buttons纽扣 in the cockpit座舱, and the wings翅膀 come out.
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只要按下驾驶员座舱边的几个按钮 机翼就展开来
05:26
Once一旦 they're fully充分 deployed部署,
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全部展开后
05:28
there's a mechanical机械 lock that goes into place地点,
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有一个机械锁定装置能将其固定
05:30
again, from inside the cockpit座舱.
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这是在驾驶舱内操作的
05:32
And they're now fully充分 capable of handling处理
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然后就可以象其它飞机一样
05:34
any of the loads负载 you would see in flight飞行 --
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进行操作了-
05:36
just like putting down your convertible可兑换 top最佳.
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就像把敞篷车车顶放下来一样
05:41
And you're all thinking思维 what your neighbors邻居 would think of seeing眼看 that.
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要是你们邻居看了不知道是什么反应呢
05:47
(Video视频) Test测试 Pilot飞行员: Until直到 the vehicle车辆 flies苍蝇,
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(视频)试飞员:在没真正飞起来之前
05:49
75 percent百分 of your risk风险 is that first flight飞行.
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首次试飞有75%的风险
05:56
Radio无线电: It actually其实 flew. Yes.
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无线电1:飞起来了!耶!
05:58
Radio无线电 2: That was gorgeous华丽.
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无线电2:太棒了!
06:00
Radio无线电: What did you think of that?
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无线电:看起来怎么样?
06:02
That was beautiful美丽 from up here, I tell you.
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这里俯瞰太美了,我打包票。
06:07
AMDAMD: See, we're all exceedingly非常 excited兴奋 about that little bunny兔子 hop.
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我们都为这个“超级跳”而兴奋得难以自已
06:10
And our test测试 pilot飞行员 gave us
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而我们的试飞员
06:12
the best最好 feedback反馈 you can get from a test测试 pilot飞行员 after a first flight飞行,
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给出了前所未有的对试飞的评价
06:15
which哪一个 was that it was "remarkably异常 unremarkable不起眼."
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他说是“非同寻常地毫无意外”
06:18
He would go onto tell us
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他又告诉我们
06:20
that the Transition过渡 had been the easiest最简单的 airplane飞机 to land土地
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这个陆空两用飞车是他30年试飞生涯里
06:22
that he'd他会 flown飞行 in his entire整个 30-year-年 career事业 as a test测试 pilot飞行员.
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降落操作最容易的机种
06:33
So despite尽管 making制造 something
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我们不仅仅想创造
06:35
that is seemingly似乎 revolutionary革命的,
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革命性的产品
06:37
we really focused重点 on doing
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更想尽可能得创造
06:39
as little new as possible可能.
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先进创新的东西
06:41
We leverage杠杆作用 a lot of technology技术 from the state-of-the-art最先进的 in general一般 aviation航空
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我们采用了大量的最尖端前沿的航空
06:44
and from automotive汽车 racing赛跑.
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和汽车竞技技术
06:46
When we do have to do something truly out-of-the-box盒子外面,
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而真正突破的是
06:48
we use an incremental增加的 design设计, build建立, test测试, redesign重新设计 cycle周期
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我们使用了递增式概念,设计,建造,测试,再设计的循环方法
06:51
that lets让我们 us reduce减少 risk风险 in baby宝宝 steps脚步.
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得以在起步就减少了风险
06:53
Now since以来 we started开始 TerrafugiaTerrafugia about 6 years年份 ago,
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我们是从六年前开始Terrafugia的设计
06:55
we've我们已经 had a lot of those baby宝宝 steps脚步.
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就是这样一步一个脚印走来
06:57
We've我们已经 gone走了 from being存在 three of us
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我们三个人
06:59
working加工 in the basement地下室 at MITMIT while we were still in graduate毕业 school学校
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从还是研究生的时候就在麻省理工的地下室里钻研
07:02
to about two-dozen两打 of us
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到现在有二十多人
07:04
working加工 in an initial初始 production生产 facility设施 outside of Boston波士顿.
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在波士顿郊区的一个工厂里进行开发
07:07
We've我们已经 had to overcome克服 challenges挑战
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我们必须得克服各种挑战
07:09
like keeping保持 the weight重量 below下面 the light sport运动 limit限制 that I talked about,
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比如我提到的轻航机的重量限制
07:11
figuring盘算 out how to politely礼貌 respond响应
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还有怎样不失礼貌地回答
07:13
when a regulator调节器 tells告诉 you,
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监管单位的官员的问题
07:15
"But that won't惯于 fit适合 through通过 a toll收费 booth with the wings翅膀 extended扩展 --
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“可是要是机翼不收起来就过不来收费站啊”
07:18
(Laughter笑声)
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(笑声)
07:21
to all of the other associated相关 durability耐久力 and engineering工程 issues问题
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还有许多许多刚才提及的耐用性和
07:23
that we talked about on the ground地面.
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地面机械工程的问题
07:25
Still, if everything goes to our satisfaction满意
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只要目前我们正在做的
07:28
with the testing测试 and construction施工
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两个生产机型的
07:30
of the two production生产 prototypes原型
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测试和制造都
07:32
that we're working加工 on right now,
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一切顺利的话
07:34
those first deliveries交付
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头一批
07:36
to the, about a hundred, people who have reserved保留的 an airplane飞机 at this point
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到目前为止大约一百台的订单
07:38
should begin开始 at the end结束 of next下一个 year.
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明年年底就能出货了
07:40
The Transition过渡 will cost成本 in line线 with other small airplanes飞机.
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这种陆空两用飞车和其它轻航机价格相差无已
07:43
And I'm certainly当然 not out to replace更换 your Chevy烦扰,
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当然我不是说要你换掉家里雪弗莱
07:46
but I do think that the Transition过渡 should be your next下一个 airplane飞机.
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不过我认为它应该是你下一架飞机
07:49
Here's这里的 why.
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原因就是
07:51
While nearly几乎 all of the commercial广告 air空气 travel旅行 in the world世界
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目前全球的商用航线
07:54
goes through通过 a relatively相对 small number of large hub枢纽 airports机场,
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都集中在少数几个大型航空港
07:57
there is a huge巨大 underutilized未充分利用 resource资源 out there.
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很多资源没有被好好利用
08:00
There are thousands数千 of local本地 airstrips飞机跑道
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上千条地区性飞机跑道
08:02
that don't see nearly几乎 as many许多 aircraft飞机 operations操作 a day as they could.
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使用率非常低
08:05
On average平均, there's one within 20 to 30 miles英里
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在美国 平均方圆二十到三十公里
08:08
of wherever哪里 you are in the United联合的 States状态.
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就有一个
08:10
The Transition过渡 gives you
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这个陆空两用飞车
08:12
a safer更安全, more convenient方便 and more fun开玩笑 way
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能为你提供一个安全便捷和有趣的
08:15
of using运用 this resource资源.
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途径来利用这些资源
08:18
For those of you who aren't yet然而 pilots飞行员,
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对于还不懂飞行的人来说
08:20
there's four main主要 reasons原因 why those of us who are
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无非是四个原因让他们不能
08:22
don't fly as much as we'd星期三 like to:
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想飞就飞:
08:24
the weather天气, primarily主要,
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首先是天气
08:26
cost成本, long door-to-door门对门 travel旅行 time
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费用,及门旅运时间长
08:28
and mobility流动性 at your destination目的地.
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还有达到目的地后交通问题
08:30
Now, bad weather天气 comes in,
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那么现在碰上坏天气
08:32
just land土地, fold up the wings翅膀, drive驾驶 home.
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降落 收起机翼直接开回家
08:35
Doesn't matter if it rains降雨 a little, you have a windshield挡风玻璃 wiper雨刮器.
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下点雨也不是问题,反正有雨刷
08:38
Instead代替 of paying付款 to keep your airplane飞机 in a hanger衣架,
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也不同花钱租停机坪
08:40
park公园 it in your garage车库.
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停在自己车库就是
08:42
And the unleaded无铅 automotive汽车 fuel汽油 that we use
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我们用的油就是一般的无铅汽油
08:44
is both cheaper便宜 and better for the environment环境
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比起航空用油
08:46
than traditional传统 avgas航空汽油.
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便宜又环保
08:48
Door-to-door门对门 travel旅行 time is reduced减少,
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及门旅运时间也减少了
08:51
because now, instead代替 of lugging拖着 bags包装袋, finding发现 a parking停車處 space空间,
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因为不用装行李,找停泊位
08:54
taking服用 off your shoes or pulling your airplane飞机 out of the hanger衣架,
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脱鞋检查,把飞机从停机坪开出来
08:57
you're now just spending开支 that time getting得到 to where you want to go.
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那么一大阵功夫你就能开到目的地了
09:00
And mobility流动性 to your destination目的地 is clearly明确地 solved解决了.
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而目的地交通问题也解决了
09:03
Just fold up the wings翅膀 and keep going.
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只要收起机翼继续开就好了
09:05
The Transition过渡 simultaneously同时 expands展开 our horizons视野
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这个陆空两用飞车拓展了我们的视野
09:08
while making制造 the world世界 a smaller, more accessible无障碍 place地点.
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让世界更小更触手可及
09:11
It also continues继续 to be a fabulous极好 adventure冒险.
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也让生活充满探险
09:14
I hope希望 you'll你会 each take a moment时刻
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希望你们每个人利用一点时间
09:16
to think about how you could use something like this
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想一下你能怎样利用它
09:19
to give yourself你自己 more access访问 to your own拥有 world世界,
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让你自己拥抱更广阔的世界
09:21
and to make your own拥有 travel旅行 more convenient方便 and more fun开玩笑.
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让每一次旅行都便捷而愉快
09:24
Thank you for giving me the opportunity机会 to share分享 it with you.
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感谢大家让我能由此机会与你分享!
09:27
(Applause掌声)
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(掌声)
Translated by Chunxiang Qian
Reviewed by Guo Tang

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ABOUT THE SPEAKER
Anna Mracek Dietrich - Inventor
Anna Mracek Dietrich is one of the creators of the Transition, the "plane you can drive."

Why you should listen

Anna Mracek Dietrich is a private pilot trying to making aviation accessible, safe -- and a reasonable way to get to work. With husband Carl and their team at Terrafugia, in Massachusetts, they are building a driveable aircraft (or, as they also term it, the Roadable Aircraft), which is designed to fold its wings, enabling it to be driven like a car. In 2009, Terrafugia successfully flew a proof-of-concept model, and they anticipate that Transition, the first production model, should be on the road by the end of 2011.

She says: "The most common question we got was 'You know that's impossible, right?' Now that we've done it, I don't get that question nearly so often."

More profile about the speaker
Anna Mracek Dietrich | Speaker | TED.com

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