Waching daily Feb 18 2017

After SUVs in last year, now Indo-Tibetan Border Police or ITBP has for the first time

deployed Snow Scooters.

These will be used in high-altitude border posts along the Sino-India perimeter to transport troopers.

The move assumes great significance, since ITBP in Ladakh, Uttharakhand and Sikkim directly

overlook the Chinese People Liberation Army (PLA) deployment on the other side.

In this video, Defense Updates provides viewers with details of this development.

So, lets jump in.

IT BP was raised on 24 Oct 1962.

Presently, ITBP is deployed on border guarding duties from Karakoram Pass in Ladakh to Jachep

La in Arunachal Pradesh, covering 3488 km of Indo-China Border.

It is responsible for manning Border Outposts on altitudes ranging from 9000 to 18700 feet

in the Western, Middle and Eastern sectors of the Indo-China Border.

Last year 4 white Sports Utility Vehicles (SUVs), two Toyota Fortuner and as many Ford

Endeavour, with a price tag of around Rupees 25 lakh each, have been deployed by the border

guarding force at some of its forward locations .No other border guarding force or army formations

in forward areas have ever used high-end SUVs for troops.

ITBP Director said while the force has several types of four-wheelers, including those with

4 by 4 drive facility for high-altitude driving at its border locations, SUV platforms, which

are powered by diesel-run heavy-duty engines were required for quick movement in these

mountainous areas.

The force, before deploying these SUVs at border posts, trained a special batch of drivers

at the ITBP training center in Chandigarh, after which they were driven uphill, to their

places of deployment.

In order to make sure they are utilized for the task they have been sent for and not misused,

the ITBP boss said, strict instructions have been issued that these vehicles will carry

only troops while on duty and during patrol.

Officers can utilize them only when leading such tasks.

The modern scooters, all costing around Rupees 1 crore, can seat two personnel (driver and

pillion rider) with their rifle and ammunition in tow.

These can negotiate a 45-degree slope on the hills and are supported by chaincase belts

to help the 278 kg machine glide smooth and cut through the ice.

The black and white scooters, 325 mm in length, have hydraulic brakes for effective ground

control and its carbureted ignition system can hold over 41 litres of fuel in one go.

These are one the most modern variants of such patrol vehicles produced in the world,

and used by global security forces that have icy terrains to guard.

The ITBP has sent five of these vehicles to its mountain training and skiing institute

in Uttarakhand's Auli , where a select contingent of troops are being trained in its operations

after which they will be sent to locations in Ladakh and Uttarakhand (2 each) and 1 in Sikkim.

India has been very conscious of the increasing Chinese assertiveness and belligerency.

Deployment of SUVs & snow scooters is part of India's effort aimed at steady build

up of infrastructure along the Indo Shino border.

Here are some of the recent steps taken by India:

1. India is buying the 155 mm M 7 7 7 guns at a cost of about 750 million dollars from America's

BAE Systems.

This is first major buy for the Mountain Strike Corps.

Note that, The Mountain Strike Corps has been specially raised to defend India's border

with China.

2. Army is inducting a regiment of land launched Brahmos, in Arunachal Pradesh along the China

border, giving it lethal offensive power.

3.

For better connectivity, Indian Air Force has landed the huge C-17 Globemaster 3 in

Arunachal Pradesh . With this, India will have the ability to quickly send men and material

to the forward base in case hostilities break out.

It can be very well judged that unlike earlier, India is now taking concrete steps in dealing

with China.

For more infomation >> WHY INDIA IS DEPLOYING SUVs & SNOW SCOOTERS ALONG INDO-CHINA BORDER ? : TOP 5 FACTS - Duration: 5:33.

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Tutorial - Lego Two Car Garage With Door Opener - Duration: 58:41.

Hey everyone!

JAYSTEPHER with a complete tutorial on a Two-Car Garage

equipped with an electric garage door opener.

First let's take a 32 by 32 stud base plate.

On the bottom-left, skip seven studs.

Let's set down a 1 by 6 flat tile.

Let's place another 1 by 6 flat tile in the middle,

and the last 1 by 6 flat tile on the right.

Now take 15 6 by 6 flat tiles.

Let's start on the bottom-left right above the 1 by 6 flat tile,

and place this tile down.

These are a bit of a challenge to press down onto the base plate.

A little bit of brute force is needed.

So let's just cake all these down on the plate.

This is going to be the driveway

and part of the foundation

for the Two-Car Garage

Now that the 6 by 6 flat tiles have been set down,

Let's take a 1 by 8 flat tile.

Place it on the bottom-left

in this area.

Take another 1 by 8 flat tile.

Place it on the right.

Take a 1 by 2 plate.

Place it on the left-hand side

of the 1 by 8 flat tile.

Repeat the process on the right-hand side

of the 1 by 8 flat tile.

Let's place two more 1 by 2 plates.

One on the left,

and one on the right.

Take two 1 by 6 flat tiles.

Let's place these two on the left.

Let's take four 1 by 8 flat tiles.

Let's set them in the remaining area

right above the two 1 by 6 flat tiles.

Let's repeat the process on the right-hand side

starting with two more 1 by 6 flat tiles

followed by four 1 by 8 flat tiles.

This will give us a smooth surface

for the garage

and part of the driveway.

Let's set down a 1 by 8 plate on the left

where it's right next to the 1 by 2 plates.

The same goes for the right-hand side.

Just set down another 1 by 8 plate.

Now let's set down two 1 by 10- plates.

One on the left,

and one on the right.

Let's drop down two 1 by 6 plates.

One on the left,

and one on the right.

Let's place down a 1 by 2 by 2 corner plate

on the top-left,

and another 1 by 2 by 2 corner plate on the top-right.

Let's place this 1 by 10 plate on the right-hand side

followed by a 1 by 6 plate.

Leave a 1 by 4 stud opening for a door.

Let's begin the first row of bricks

starting with two 1 by 2 profile bricks with single groove.

Place one on the left

and one on the right.

Let's set down two 1 by 2 bricks

right behind the profile bricks.

Place two 1 by 3 slopes

right behind the 1 by 2 bricks.

These are going to act as stops for the garage door.

Next, let's set down two 1 by 8 bricks.

One on the left,

and one on the right

followed by two more 1 by 8 bricks.

Let's set down two 1 by 6 bricks

on the left and right hand sides.

Let's set down this 1 by 8 brick

on the top-right

followed by a 1 by 10 brick.

Let's set the 1 by 2 brick on the top-left

to wrap up the first row

Let's start the second row with two

1 by 2 profile bricks with single groove.

Place one on the left and one on the right.

Let's set two 1 by 1 bricks

right behind the profile bricks

where they are inside the opening like so.

Let's place two 1 by 6 bricks

on the left-hand side.

Let's place two more 1 by 6 bricks

on the right-hand side.

Set this 1 by 8 brick on the left

followed by another 1 by 8 brick on the right.

Now let's set these two 1 by 3 bricks

right above the 1 by 8 bricks.

Let's lock in both corners with two 1 by 2 by 2 corner bricks.

Place one on the left,

and one on the right.

Let's fill in the back portion of the wall

with two 1 by 8 bricks.

This will wrap up the second row.

Let's begin the third row starting with two 2 by 2 bricks.

Place one on the left,

and one on the right

right above the profile bricks.

Let's place a 1 by 1 brick on the left

right behind the 2 by 2 brick

followed by a 1 by 2 brick on the right-hand side.

Let's take two 2 by 2 inverted slopes.

Place one on the left

and one on the right.

Those are going to be used to support the

hinge mechanism for the garage door.

Let's set down two 1 by 10 bricks

on the left-hand side

followed by a 1 by 2 brick

on the top left-hand corner.

On the right-hand side,

let's set down this 1 by 10 brick

followed by a 1 by 8 brick.

In the top-right,

let's set down a 1 by 3 brick.

Skip two studs.

Place a 1 by 8 brick.

Take two 2 by 2 inverted slopes.

Place one on the right-hand side of the 1 by 8 brick

and one on the left

followed by a 1 by 2 brick

and a 1 by 3 brick

to finish up the third row.

Now take two 1 by 2 bricks with Technic pin.

Place them on the inverted slopes

on the top.

The slopes may come out.

So be very careful.

Let's place a 1 by 2 by 2 corn3r brick

on the top-right

followed by a 1 by 1 brick.

Let's set down a 1 by 3 brick

on the left-hand side of the corner brick

followed by a 1 by 2 brick.

Let's skip two studs,

and set down a 1 by 3 brick.

Let's place a 1 by 6 brick

right next to the 1 by 3 brick.

Let's lock this corner with a 1 by 2 by 2 corner brick.

Let's set down a 1 by 6 brick.

Let's skip eight studs for a window opening.

Place a 1 by 3 brick.

Place a 1 by 6 brick right here

and a 1 by 2 by 2 corner brick

on the bottom-left.

Starting back at the top-right,

let's skip a stud,

and set down a 1 by 3 brick

followed by a 1 by 6 brick.

Let's skip four studs.

Set down a 1 by 8 brick

followed by a 1 by 2 by 2 corner brick

to finish up this corner.

Now take two 1 by 2 plates.

Place them on top of one another.

Set them on top of the inverted slope.

Let's do the same for the right-hand side.

Take two more 1 by 2 plates.

Set them on top of the inverted slope.

Now take two 2 by 3 inverted slopes

and a 2 by 4 plate.

Place the 2 by 4 plate

on top of the slopes.

Let's place down a 4 by 4 plate

right on top of the 2 by 4 plate.

Place this assembly on the right.

Now let's begin the mechanics for the electric garage door opener.

Let's start the build with a 5 by 7 Technic beam frame.

On the bottom-right,

set down one friction pin.

Skip a hole,

and set down another friction pin.

Now on the top-right,

let's place another friction pin

followed by two more friction pins.

Next, take a 1 by 5 Technic beam.

Place it on these two Technic pins on the left

followed by two more friction pins.

Let's place one in the top hole

and one on the bottom hole.

Let's take a DC motor.

Let's place the motor on the Technic pins.

Next, take a 10 to 15 stud linear actuator.

Let's use a three-std long cross shaft.

Place th cross shaft in this hole.

Let's take a cross block.

Place it on the top.

Take another cross block,

and place it on the front.

Next take a two-stud long gross shaft.

Slip it int he opening.

Put the cross shaft right int he center.

Next, take a Technic pin

that is one and one-half studs long.

slip it in the other slot.

Now take a 1 by 4 half beam.

Place it on the bottom.

Stick another two-stud long cross shaft on the left.

Next take a 1 by 5 beam

and a one and one-half stud Technic pin.

Place the Technic pin in the far-right hole.

Set the beam on like so.

Let's lock the unit together with a 1 by 4 half beam.

Let's take a standard Technic pin with cross shaft.

Place it on this side of the assembly.

Let's set down a 1 by 3 half beam

followed by a bushing.

Take another Technic pin with cross shaft

and a bushing.

Place the bushing on the Technic pin,

and set it inside the half beam.

Finally take a 1 by 2 bearing plate.

Place it on like so.

Set the linear actuator on the frame.

So push the cross blocks

onto the friction pins.

This is a bit tricky.

Now take a three stud long cross shaft and a bushing.

Place the bushing right in the center.

Slip the cross shaft into the actuator.

Now let's set down a 24 tooth gear

right on the shaft.

For the right-hand side,

We're going to take a four stud long cross shaft

and a bushing.

Place the bushing like so.

Slip this end into the motor.

Now take a 24 tooth clutch gear.

Slip it on the cross shaft.

On the bottom-right,

let's place a 2 by 2 brick with Technic pin.

On the bottom-left,

let's set down a 1 by 4 Technic brick.

Place the friction pin in the center hole.

Let's set the motorized actuator assembly

in these slots.

before pressing the assembly down,

let's make sure that our bearing plate

is towards this wall.

This is very critical.

Press the two bricks down.

Make sure that this is sitting on top of this support.

We're good!

Let's begin the construction of the garage door

with an 8 by 8 plate.

Take eight 1 by 8 flat tiles.

Cover the entire 8 by 89 plate.

If you choose,

you can add a design

to the garage door.

Let's set this off to the side.

Take two 6 by 8 plates,

and take 12 1 by 8 flat tiles.

Let's set six on one of the panels.

These panels will be covered completely with 1 by 8 flat tiles.

Let's take the remaining six,

and place them on the other panel.

Let's flip the panels over.

Place the 8 by 8 assembly in the middle

and the two 6 by 8 assemblies

on the left and right-hand sides.

Let's set down two 1 by 10 plates on the bottom

followed by one 1 by 10 plate on the top.

Let's set down a 1 by 8 plate on the left-hand side

where we have a two stud opening.

That's left open to attach the garage door opener.

Let's take two 2 by 2 plates with single bearing,

Skip one stud from the left

and two from the top.

Place the 2 by 2 plates with bearing down like so.

Let's take two more 2 by 2 plates with bearing.

Place them on the right.

Let's construct the left hinge with two friction pins

that have a cross shaft

and a 3 by 3 Technic lever.

Place the cross shafts

inside the slots.

Now take a 3 by 3 Technic half beam with quarter ellipse.

Place it on top like so

where the shafts do go through.

We can set this assembly on the left

inside the bearing plates.

Let's make another for the right

with another 3 by 3 Technic lever

and two friction pins with cross shafts.

Finally a 3 by 3 half beam with quarter ellipse.

Place this assembly on the right-hand side.

Now let's take two Technic pins

that have a cross shaft

Let's place this one on the right

and this one on the left.

Let's take a 1 by 2 Technic brick

and a 1 by 2 plate.

Place the plate on top of the brick.

Set it on the Technic pin

on the left-hand side.

Let's do the same for the right

with another 1 by 2 Technic brick

and a 1 by2 plate.

Now we have a nice garage door assembly.

Now let's attach the garage door.

Let's set the Technic bricks

on top of these 1 by 2 plates.

A little adjustment is needed

to line everything up.

Let's take the bearing plate

and attach it to the far left of the door.

Let's proceed with the fifth row

starting with two 2 by 2 bricks.

Place one on the left-hand side of the door

and one on the right-hand side of the door.

Let's set down a 1 by 8 brick on the left.

Set another 1 by 8 brick

on that side.

On the back,

let's take a 1by 1 brick with one knob.

Place it on the right-hand side of the door.

Now place a 1 by 3 brick

right next to the door opening

followed by a 1 by 2 brick.

Place a 2 by 2 slope

on top of the brick with Technic pin.

Set down a 1 by 8 brick

to lock those joints together.

Another 2 by 2 slope.

On this side,

place a 1 by 6 brick.

Take a 1 by 8 brick

Place it right next to the 1 by 6 brick

followed by a 1 by 10 brick

to finish up the fifth row.

Take two 1 by 2 Technic bricks with one hole

Place one on the left

and one on the right.

Take two small Technic pins.

Place them inside the Technic bricks.

Thee are going to be used to attach the outdoor lights.

Let's set down a 2 by 4 brick

on this side of the door.

A 1 by 2 brick

followed by a 1 by 3 brick.

Skip the eight studs.

Place a 1 by 6 brick

followed by a 1 by 2 by 2 corner brick

to lock in this joint.

Now let's place a 1 by 10 brick

to lock in this section

followed by a 1 by 8 brick.

Let's place this 1 by 10 brick right here.

Let's take a 1 by 4 brick

Place it on this side of the actuator assembly.

Take another 1 by 4 brick.

Place it on the bottom

followed by a 4 by 4 plate

to lock everything together.

Let's place three 1 by 4 flat tiles

on the upper portion of the 4 by 4 plate

to finish off the studs.

Let's proceed with another 1 by 10 brick.

Finally a 2 by 4 brick

to lock this area together.

Take a 1 by 4 by 6 frame

and a door that will fit inside a 1 by 4 by 6 frame.

Set the door inside the frame

and add a stud for the doorknob.

Now place a 1 by 4 plate on top of the door frame.

Let's place the door in this opening.

Take a 1 by 4 by 3 frame

and a piece of glass that will fit insi9de the frame.

Place it like so,

and set it inside the opening for the window.

Let's make another.

Take another 1 by 4 by 3 frame

and a piece of glass.

Assemble the pieces together,

and set it inside the opening.

Let's start the last row of bricks

with a 2 by 3 brick.

Place it on this side.

Next take a 2 by 2 slope.

Place it in this area.

A 1 by 8 brick,

a 1 by 10 brick to lock the windows together,

and a 1 by 3 brick.

Let's take two 1 by 6 bricks.

Place one right above the door

and one on the left side of the door.

Now take a 1 by 4 brick with arch.

Place the wire in this area,

and slip the arch over the wire

making sure not to pinch the wire.

Let's finish up the back side with a 1 by 6 brick.

Place a 1 by 4 brick on the right,

a 2 by 2 brick

right by the actuator,

a 1 by 3 brick,

a 1 by 4 brick,

a 2 by 4 slope

right above the support assembly,

a 1 by 4 brick,

a 2 by 2 slope,

and a 2 by 3 brick

to finish up the last row of bricks.

Let's finish off the bricks with flat tiles

starting with two 1 by 2 flat tiles.

Place these two on the left-hand side of the door like so.

Now take three 1 by 8 flat tiles.

Place them on the left-hand side of the wall.

Grab four 1 by 6 flat tiles.

Place them along the back.

Set down a 1 by 2 flat tile

on top of the 2 by 2 brick.

Place three 1 by 8 flat tiles

along the right wall.

Finally, two 1 by 2 flat tiles

in the remaining are.

Let's assemble the lights for the garage.

Start with a tap

and a transparent 1 by 1 round brick.

Place the brick on the tap.

Set it on the Technic pin.

Let's make another one for the right-hand side.

Take another tap

and another transparent 1 by 1 round brick.

Then set it on the Technic pin.

Finally let's make one more

to put beside the side door.

Take another tap

and a 1 by 1 transparent round brick.

Place it on the brick with knob.

Let's connect the battery box

to the back wall.

First, let's add our power connector,

and place it on the middle slots.

It will snap on the bricks with Technic pin.

Now for the wiring,

let's just tuck it between the motor

and the actuator.

If everything goes well,

we should have a functioning garage door opener.

Let's slide the switch to the right.

You can hear the clutch gear

taking on the extra torque.

So you want to time this just right.

Sliding the switch to the left

does close the door.

Really clever design.

Let's construct the roof for the Two-Car Garage

starting with two 4 by 10 plates.

Let's place two 1 by 8 bricks on the plates

where the bricks are hanging over two studs.

Now, take two more 4 by 10 plates.

Tuck them right underneath the 1 by 8 bricks.

Now let's grab two 1 by 6 bricks.

Place them right next to the 1 by 8 bricks.

Take two more 4 by 10 plates.

Set them on the bottom of the assemblies,

and lock them together with two 1 b 8 bricks.

Take two 3 by 3 double slopes.

Place them on the top corners

where the top of the slopes are facing inward.

Let's set down six 3 by 4 slopes

on the left assembly.

These will have to be pressed down firm onto the plates.

Take six more 3 by 4 slopes.

Place them on the right assembly.

You really have to press these down on the plates!

Let's finish up the two bottom corners

with two more 3 by 3 double slopes.

Let's construct two more sides

starting with two 4 by 6 plates

and two 1 by 6 bricks.

Place the 1 by 6 bricks

on one side of the 4 by 6 plates.

Take two 3 by 4 slopes.

Place them on one of the assemblies

where we have a one stud hanging over.

Take two more 3 by 4 roof slopes.

Place them on the other assembly.

Take two 4 by 8 plates.

Slip them right underneath the slopes.

Take two more 4 by 8 plates.

Slip them on the other side

underneath the slopes.

Now take two 1 by 8 bricks.

Skip one stud.

Place them on the end

of the 4 by 8 plates.

The same goes for the other side.

Two more 1 by 8 bricks.

Place them on the ends.

Let's place four 3 by 4 slopes

in the remaining areas

on the left assembly.

Remember to press down firm on the slopes.

So they will lock into the plates.

Let's place four more slopes

on the right assembly.

Let's lock the four corners together.

Let's lock in the top-left

and the bottom-left.

Same goes for the top and bottom-right.

Let's construct the trusses for the roof

starting with a 1 by 10 brick

and a 1 by 8 brick.

Place the 1 by 8 brick

on top of the 1 by 10 brick

where there are two studs hanging over.

Place another 1 by 10 brick

right underneath the 1 by 8 brick.

Let's set down a 1 by 4 brick

right next tot he 1 by 8 brick.

Place another 1by 8 brick

right on top of the previous 1 by 4 and 1 by 8 bricks.

Finally set down a 2 by 4 brick right in the center.

Let's lay the assembly on the side.

Take two 1 by 3 inverted slopes.

Place them on the ends on the bottom.

Now we have once truss assembly.

Let's make another assembly.

It is the same as the first.

So take another 1 by 10 brick

and another 1 by 8 brick.

Place the 1 by 10 underneath the 1 by 8,

and proceed like the first.

Let's grab two more 1 by 3 inverted slopes.

Place the on the bottom of the ends.

Let's set the trusses

in the 1 by 1 openings.

They should just fall in place.

Now how the 2 by 4 brick is facing outward.

Take two 2 by 3 slopes.

Place one on the top-left

and one on the top-right.

Take six 3 by 4 slopes.

Place them on the left-hand side.

You do have to press these down firm as well.

The slopes will lock the trusses in place.

Take six more 3 by 4 slopes.

Place them on the right-hand side.

It's starting to look more like a roof.

Now grab five 3 by 4 slopes.

Place them on the top

where they are facing that way.

Take five more 3 by 4 slopes.

Place them on the bottom.

Let's build the end supports of the roof

starting with a 1 by 10 brick.

Skip four studs from the left.

Place it on top of the slopes.

Let's take another 1 by 10 brick,

and place it on the top.

Now let's finish up the other side with a couple of 1 by 4 bricks,

Take two 1 by 4 bricks.

Skip two studs.

Set this one down on the right.

Place this one on the left.

The same for the top end.

Take two more 1 by 4 bricks,

and place them as shown.

Take a 1 by 2 by 2/3 frame with arch

and a piece of lattice that fits inside the frame.

Set it inside like so.

Place it in the opening.

Let's make another for the top

with another 1 by 2 by 2/3 frame

and a piece of lattice.

Let's wrap around the top of the lattice

with two 1 by 4 by 2 bricks with arch.

Take two 1 by 1 bricks.

Place them on both sides of the window

followed by two more 1 by 1 bricks

for the other window.

Let's add some cross supports for our trusses.

Take three 1 by 8 bricks.

Place them in the areas.

Grab three more 1 by 8 bricks.

Place them on the right-hand side.

Take three more 1 by 8 bricks.

Place them on the left.

Let's do the other side of the roof

the same as the previous

starting with three more 1 by 8 bricks.

Place them in the middle.

Place three more 1 by 8 bricks on the left

followed by three 1 by 8 bricks on the right.

For the top,

grab two 1 by 6 bricks.

Set them on top of the 2 by 4 bricks

where they are on the center.

Take two 1 by 2 bricks.

Place them on the top

and two on the bottom.

This will give added support

for the roof slopes.

Now let's roof this sucker!

Let's start on the end where we have the 2 by 3 slope.

Let's place a 3 by 4 slope

right above the 2 by 3,

and we will proceed to the other end.

These to areas are critical.

We will have to deal with those in a bit.

On the right, let's set down a 2 by 3 slope.

Now on the side where we have the 2 by 3 slope,

let's place down a 3 by 4 slope.

Our cross supports are helping out.

This area is a bit critical.

This tile may end up falling inside.

I'm going to place my hand underneath

and give it some support.

So I can lock down that tile.

This one may cave in as well.

The risky part is done.

Now let's set a 2 by 3 on this end.

Let's place another 3 by 4 in this corner,

and support the 2 by 3 with our fingers.

Sometimes they won't line up all the way.

So you have to persuade it a bit.

So basically we're going back and forth.

Working with 3 by 4 slopes is a bit of a challenge.

Another 2 by 3 slope.

We'll set another 3 by 4 on top of the 2 by 3.

We're almost done with this side of the roof.

That one didn't want to go down.

Another 2 by 3.

We'll add are last 3 by 4 row on this side.

Sometimes you have to press firm on these slopes.

And out last 2 by 3 for this side.

This side is the same as the previous.

So let's begin

starting with this corner

and work back and forth.

Take a 2 by 2 ridge slope.

Place it on the right-hand side

on top of the 3 by 4 slopes.

Proceed with six 2 by 4 ridge slopes.

This will finish off the top.

If you don't have the 2 by 4 slopes,

you can finish it off with flat tiles.

Let's support these two 2 by 3 tiles with a finger,

and set down our last 2 by 4 slope.

We have a nice heavy duty roof assembly.

Now on the bottom, we need to attach some 1 by 2 by 2corner plates

to keep the roof locked into the garage.

So let's start on the top-right.

Drop down two studs, and set our first.

On the top-left,

we're going to go in two studs from the top

and two studs from the left.

The same for the bottom.

So with the bottom-left,

come in two studs from the left

and two studs from the bottom.

And on the bottom-right,

two studs from the bottom.

This completes the roof assembly.

Setting the roof on top of the Two-Car Garage is simple.

Note the orientation of the corner plates.

It should hook around the walls.

Very sturdy.

We even have access for the switch.

It is a nice self-contained build.

Now let's test out the door.

Hopefully it still works.

Sure does!

Now let's close it.

Nice indeed.

This design can be expanded

or integrated into an existing Lego garage

or a Lego house.

I hope this tutorial helped everyone out.

Jay the Surfer seems to like it.

Thank you for watching!