1 00:00:00,566 --> 00:00:02,233 Kevin: Today on "This Old House"... 2 00:00:02,300 --> 00:00:03,233 Richard: Before the tile goes in, 3 00:00:03,300 --> 00:00:04,233 we'll make this bathroom waterproof 4 00:00:04,300 --> 00:00:05,433 with an all-in-one system. 5 00:00:05,500 --> 00:00:07,300 Kevin: ...we'll discover some smart solutions 6 00:00:07,366 --> 00:00:09,833 to make our project house more accessible. 7 00:00:09,900 --> 00:00:11,200 Billy: Might narrow it down to this one here 8 00:00:11,266 --> 00:00:12,666 and that one there. 9 00:00:12,733 --> 00:00:14,666 Charlie: And we'll install the final glass slider 10 00:00:14,733 --> 00:00:16,266 and show you how this door is different 11 00:00:16,333 --> 00:00:18,733 than any other door in the house. 12 00:00:18,800 --> 00:00:25,900 ♪ 13 00:00:25,966 --> 00:00:28,033 Man: Ahh. That's it. 14 00:00:28,100 --> 00:00:36,133 ♪ 15 00:00:36,200 --> 00:00:44,266 ♪ 16 00:00:46,633 --> 00:00:48,400 Kevin: Hi, there. I'm Kevin O'Connor. 17 00:00:48,466 --> 00:00:50,133 And welcome back to "This Old House" 18 00:00:50,200 --> 00:00:52,700 and to our project here in Lexington, Massachusetts, 19 00:00:52,766 --> 00:00:54,533 where we're working on this beautiful 20 00:00:54,600 --> 00:00:57,500 1960s mid-century modern home. 21 00:00:57,566 --> 00:01:00,133 And you can see how those mid-century modern details 22 00:01:00,200 --> 00:01:01,466 are coming together -- 23 00:01:01,533 --> 00:01:04,033 the intersecting, low-sloping roofs right up there, 24 00:01:04,100 --> 00:01:05,933 so it gives those nice angles. 25 00:01:06,000 --> 00:01:08,533 And then we just had a double glass sliding door 26 00:01:08,600 --> 00:01:11,366 go in that works right into the dining room. 27 00:01:11,433 --> 00:01:12,766 And then on the facade, 28 00:01:12,833 --> 00:01:15,333 well, the details continue to come together. 29 00:01:17,400 --> 00:01:20,533 So, in the front yard, we've got two retaining walls. 30 00:01:20,600 --> 00:01:23,733 We've got an upper and a lower holding the front yard back. 31 00:01:23,800 --> 00:01:28,233 And the homeowners have chosen to veneer it in a granite stone. 32 00:01:28,300 --> 00:01:31,766 So that's real granite. It is sawn smooth on the back. 33 00:01:31,833 --> 00:01:33,100 And part of the reason it was chosen 34 00:01:33,166 --> 00:01:35,333 is because of these horizontal striations. 35 00:01:35,400 --> 00:01:36,933 It'll go on both retaining walls, 36 00:01:37,000 --> 00:01:40,466 as well as the facade of the house's foundation right here. 37 00:01:40,533 --> 00:01:43,233 Check out that look. How beautiful is that? 38 00:01:43,300 --> 00:01:44,466 Then we've got bluestone, 39 00:01:44,533 --> 00:01:46,233 then we've got the nickel gap siding 40 00:01:46,300 --> 00:01:48,700 and a painter who's working on the colors. 41 00:01:48,766 --> 00:01:50,200 Hey, Mauro. Mauro: Here we go. How are you? 42 00:01:50,266 --> 00:01:51,800 Kevin: I'm doing alright. What are you doing up there? 43 00:01:51,866 --> 00:01:52,866 Mauro: Well, as you can see, 44 00:01:52,933 --> 00:01:54,833 we have four different samples here -- 45 00:01:54,900 --> 00:01:56,966 two shades of black for the panels here, 46 00:01:57,033 --> 00:01:58,166 two different colors, 47 00:01:58,233 --> 00:02:00,533 and two different colors for the vertical siding, 48 00:02:00,600 --> 00:02:01,833 which is going to be an off-white. 49 00:02:01,900 --> 00:02:03,000 Kevin: So two of each, 50 00:02:03,066 --> 00:02:04,466 meaning the homeowners have not chosen yet? 51 00:02:04,533 --> 00:02:06,966 Mauro: Not yet. Once they choose the one they like the best, 52 00:02:07,033 --> 00:02:08,333 Mauro's ready to go to work. 53 00:02:08,400 --> 00:02:09,833 Kevin: Mauro's getting to work. I love it, brother. 54 00:02:09,900 --> 00:02:11,433 Okay. Thank you. Mauro: Thank you, Kev. 55 00:02:11,500 --> 00:02:13,466 Kevin: Check out the big opening for the front door, 56 00:02:13,533 --> 00:02:17,266 so glass on either side four plate-glass windows 57 00:02:17,333 --> 00:02:19,700 that are sloped to match the slope of the roof 58 00:02:19,766 --> 00:02:22,133 and the big overhang that's being held up here 59 00:02:22,200 --> 00:02:23,833 by our steel column. 60 00:02:23,900 --> 00:02:25,566 And then over here we've got the garage, 61 00:02:25,633 --> 00:02:28,200 which is still very much a work in progress. 62 00:02:28,266 --> 00:02:30,800 But one thing of note is that the door openings, well, 63 00:02:30,866 --> 00:02:34,500 Charlie has framed these about six inches taller than normal, 64 00:02:34,566 --> 00:02:38,033 and that's so that they'll work with a wheelchair-accessible van 65 00:02:38,100 --> 00:02:40,666 because the homeowners' middle son has a disability, 66 00:02:40,733 --> 00:02:42,766 and making the house accessible for him 67 00:02:42,833 --> 00:02:45,433 is pretty much driving the entire renovation. 68 00:02:47,500 --> 00:02:51,300 You may recall that Charlie has broken this project into phases. 69 00:02:51,366 --> 00:02:53,900 It's a lot of house and not a lot of time to finish it. 70 00:02:53,966 --> 00:02:56,200 So, for example, in the back of the house, 71 00:02:56,266 --> 00:02:58,333 we've got the insulation in, the board up, 72 00:02:58,400 --> 00:03:00,400 and the plaster is already on, 73 00:03:00,466 --> 00:03:02,066 but you can literally see the progress 74 00:03:02,133 --> 00:03:03,833 as you move from back to front. 75 00:03:03,900 --> 00:03:06,366 So here in the middle, board is up, it's been taped. 76 00:03:06,433 --> 00:03:09,033 And right now the plasterers are putting on the top coat. 77 00:03:09,100 --> 00:03:10,866 But as you come here to the front of the house 78 00:03:10,933 --> 00:03:13,633 and you look up, well, we've just got rough mechanicals, 79 00:03:13,700 --> 00:03:15,733 and the ceiling has been strapped, 80 00:03:15,800 --> 00:03:17,633 but pretty soon we're going to get a lot of insulation 81 00:03:17,700 --> 00:03:19,233 in the ceiling, which is also the roof, 82 00:03:19,300 --> 00:03:20,700 and then board. 83 00:03:20,766 --> 00:03:23,066 Now, this house is getting a ton of insulation 84 00:03:23,133 --> 00:03:25,433 'cause we've got very strict energy codes. 85 00:03:25,500 --> 00:03:27,766 So we're getting it in the roof, the exterior walls, 86 00:03:27,833 --> 00:03:29,700 as well as the floor. 87 00:03:29,766 --> 00:03:31,600 And that's what Charlie and Richard are working on 88 00:03:31,666 --> 00:03:33,066 over in the kitchen. 89 00:03:33,133 --> 00:03:34,600 Richard: So, Charlie, you guys have been busy 90 00:03:34,666 --> 00:03:36,000 doing a lot of stuff here, 91 00:03:36,066 --> 00:03:39,333 mostly for that HERS rating, Home Energy Rating System. 92 00:03:39,400 --> 00:03:41,900 That takes into account the building's performance, 93 00:03:41,966 --> 00:03:44,366 you know, windows and doors and insulation, 94 00:03:44,433 --> 00:03:48,200 HVAC, and really the R-value of the building. 95 00:03:48,266 --> 00:03:50,000 In the old days, like '70s, right, 96 00:03:50,066 --> 00:03:52,066 that rating system was 140 97 00:03:52,133 --> 00:03:53,066 where you were trying to get to. 98 00:03:53,133 --> 00:03:55,200 Then in '06, we get down to 100. 99 00:03:55,266 --> 00:03:56,500 Now here in Lexington, 100 00:03:56,566 --> 00:03:59,266 you have to get to 52. 101 00:03:59,333 --> 00:04:01,333 And so that -- you know, you start looking for places 102 00:04:01,400 --> 00:04:04,100 where you can make the building tighter and raise the R-value. 103 00:04:04,166 --> 00:04:06,266 So one thing that fought us was this existing wall. 104 00:04:06,333 --> 00:04:07,533 You can see it's brick on both sides, 105 00:04:07,600 --> 00:04:08,866 a little bit of insulation right there. 106 00:04:08,933 --> 00:04:11,233 So we lost a fair amount of R-value here. 107 00:04:11,300 --> 00:04:12,933 The way you make it up with this HERS rating 108 00:04:13,000 --> 00:04:15,033 is to find a place to make it up in. 109 00:04:15,100 --> 00:04:16,666 One place was in the floor. 110 00:04:16,733 --> 00:04:19,500 So this existing slab was concrete 111 00:04:19,566 --> 00:04:20,933 with a little bit of wood on the top. 112 00:04:21,000 --> 00:04:21,966 And that was R-0. 113 00:04:22,033 --> 00:04:23,900 We got to get to 20, R-20. 114 00:04:23,966 --> 00:04:26,133 Charlie: Right, and to meet our HERS rating of 52, 115 00:04:26,200 --> 00:04:28,766 we had to remove the entire concrete slab. 116 00:04:28,833 --> 00:04:30,966 So when we did that, they gave us the opportunity 117 00:04:31,033 --> 00:04:33,200 to run all new ductwork, and if you remember, 118 00:04:33,266 --> 00:04:35,700 we dug trenches all where our supplies had to go, 119 00:04:35,766 --> 00:04:37,733 running them back to the mechanical space. 120 00:04:37,800 --> 00:04:39,866 Richard: Right. Now, there was no basement and no attic. 121 00:04:39,933 --> 00:04:42,433 So that was a great solution to hide the ductwork down there. 122 00:04:42,500 --> 00:04:44,433 Charlie: That's right, and once all the ductwork was in place, 123 00:04:44,500 --> 00:04:46,200 we encased it with closed-cell foam. 124 00:04:46,266 --> 00:04:47,833 Richard: Keep it tight. Charlie: And then we graded it. 125 00:04:47,900 --> 00:04:50,733 And once it was all graded, we even took another layer, 126 00:04:50,800 --> 00:04:53,200 about 2 1/2 inches of closed-cell foam, 127 00:04:53,266 --> 00:04:56,266 and put it over the entire grade and wrapped it up the walls. 128 00:04:56,333 --> 00:04:58,000 That's a really good starting point. 129 00:04:58,066 --> 00:04:59,866 Richard: Okay, so good insulation, and then? 130 00:04:59,933 --> 00:05:02,266 Charlie: And then we poured a concrete slab over that. 131 00:05:02,333 --> 00:05:03,566 Richard: How thick is that slab? 132 00:05:03,633 --> 00:05:04,933 Charlie: That's probably four or five inches thick. 133 00:05:05,000 --> 00:05:06,366 Richard: Okay, great. Charlie: And now we're going to 134 00:05:06,433 --> 00:05:08,133 put our two-inch sleepers. 135 00:05:08,200 --> 00:05:10,200 And then we're going to infill every single bay 136 00:05:10,266 --> 00:05:11,300 with two inches of foam. Richard: Okay. 137 00:05:11,366 --> 00:05:12,566 Charlie: And then on top of that, 138 00:05:12,633 --> 00:05:14,366 we're going to put our subflooring, which is 3/4. 139 00:05:14,433 --> 00:05:16,066 Richard: Great. Is that going to give us an R-20? 140 00:05:16,133 --> 00:05:17,266 Charlie: Oh, we're going to be at least that. 141 00:05:17,333 --> 00:05:18,633 Richard: Alright. Good. Let's get rolling. 142 00:05:18,700 --> 00:05:19,966 Let's finish it up. 143 00:05:20,033 --> 00:05:29,100 ♪ 144 00:05:29,166 --> 00:05:38,266 ♪ 145 00:05:38,333 --> 00:05:47,400 ♪ 146 00:05:47,466 --> 00:05:50,433 Charlie: I'm putting a bead of this spray foam polyurethane 147 00:05:50,500 --> 00:05:51,900 on top of our sleepers 148 00:05:51,966 --> 00:05:54,300 so our subflooring will bond to it. 149 00:05:54,366 --> 00:05:59,500 ♪ 150 00:05:59,566 --> 00:06:04,833 ♪ 151 00:06:04,900 --> 00:06:07,566 2 1/2. 152 00:06:07,633 --> 00:06:09,866 42 and 47. 153 00:06:11,800 --> 00:06:12,933 Richard: 18. 154 00:06:13,000 --> 00:06:20,066 ♪ 155 00:06:20,133 --> 00:06:27,233 ♪ 156 00:06:27,300 --> 00:06:28,700 Hey, it fits. 157 00:06:28,766 --> 00:06:33,833 ♪ 158 00:06:33,900 --> 00:06:39,000 ♪ 159 00:06:39,066 --> 00:06:40,800 Next layer of the sandwich 160 00:06:40,866 --> 00:06:43,066 is our radiant floor-heating system. 161 00:06:43,133 --> 00:06:44,533 Aluminum's on the back, 162 00:06:44,600 --> 00:06:46,433 and the tubing will serpentine through the room 163 00:06:46,500 --> 00:06:48,200 with a beautiful, comfortable heat. 164 00:06:48,266 --> 00:06:49,400 Charlie: That's right, and these are pieces 165 00:06:49,466 --> 00:06:51,133 of the white oak flooring 166 00:06:51,200 --> 00:06:53,066 that we're going to be using for our final layer. 167 00:06:53,133 --> 00:06:54,300 Richard: That looks really smart. 168 00:06:54,366 --> 00:06:56,000 You can see where you're nailing the floor in, too, 169 00:06:56,066 --> 00:06:57,733 which is great and safe. 170 00:06:57,800 --> 00:06:59,166 Alright, let's get these plumbers going, 171 00:06:59,233 --> 00:07:01,366 get that radiant so we're not holding anybody up. 172 00:07:01,433 --> 00:07:08,033 ♪ 173 00:07:08,100 --> 00:07:10,466 Charlie: Look at this. They have one of everything here. 174 00:07:10,533 --> 00:07:12,100 Billy: There are a lot of options. 175 00:07:12,166 --> 00:07:14,133 Charlie: Now it's time to order the interior doors, 176 00:07:14,200 --> 00:07:15,700 so we need hardware selection. 177 00:07:15,766 --> 00:07:17,766 And I've been coming here for years working with Kris. 178 00:07:17,833 --> 00:07:18,800 Kris, how are you? 179 00:07:18,866 --> 00:07:20,033 Kristopher: Good to see you, Charlie. 180 00:07:20,100 --> 00:07:21,066 Charlie: This is Billy. I told you about him, 181 00:07:21,133 --> 00:07:22,333 he'd be coming in. Kristopher: Hi. 182 00:07:22,400 --> 00:07:23,366 Pleasure to meet you, Billy. Billy: Nice to meet you. 183 00:07:23,433 --> 00:07:24,433 Kristopher: What brings you in today? 184 00:07:24,500 --> 00:07:25,766 Billy: We're looking for door hardware. 185 00:07:25,833 --> 00:07:27,866 I've got a project that I'm working with Charlie on. 186 00:07:27,933 --> 00:07:29,533 It's a mid-century modern home. 187 00:07:29,600 --> 00:07:32,500 And a big consideration for us is accessibility. 188 00:07:32,566 --> 00:07:33,733 Kristopher: Okay, well, let's look at 189 00:07:33,800 --> 00:07:35,066 some of the interior options here. 190 00:07:35,133 --> 00:07:37,133 We've got knobs and levers. 191 00:07:37,200 --> 00:07:38,800 When you talk a little bit of accessibility, 192 00:07:38,866 --> 00:07:40,566 think about when you touch the knob, 193 00:07:40,633 --> 00:07:42,100 you actually have to have a grip on it. 194 00:07:42,166 --> 00:07:44,666 You have to turn and rotate your wrist 195 00:07:44,733 --> 00:07:46,133 in order to retract the latch. 196 00:07:46,200 --> 00:07:49,533 But with lever handles, you actually don't have to grip 197 00:07:49,600 --> 00:07:51,533 as heavily as you do on a knob. 198 00:07:51,600 --> 00:07:54,066 The lever allows you to just put downward force on it 199 00:07:54,133 --> 00:07:55,433 in order to retract that latch. 200 00:07:55,500 --> 00:07:56,666 Billy: Yeah, that's exactly right. 201 00:07:56,733 --> 00:07:58,233 It's all about, you know, 202 00:07:58,300 --> 00:08:01,166 using as little dexterity as possible to get the job done. 203 00:08:01,233 --> 00:08:02,600 And I think the lever's gonna do that for us. 204 00:08:02,666 --> 00:08:03,833 Kristopher: Oh, excellent. Well, great. 205 00:08:03,900 --> 00:08:05,733 Let's take a look at this display right here. 206 00:08:05,800 --> 00:08:07,300 If we take a look at these lever handles here, 207 00:08:07,366 --> 00:08:10,300 they come standard with a 60-degree rotation latch. 208 00:08:10,366 --> 00:08:13,800 And it takes a lot of rotation in order to retract that latch. 209 00:08:13,866 --> 00:08:15,533 But if you take a look at this one in the middle here, 210 00:08:15,600 --> 00:08:17,433 this is a 28-degree latch. 211 00:08:17,500 --> 00:08:19,133 This allows you to retract that latch 212 00:08:19,200 --> 00:08:20,800 with very little range of motion. 213 00:08:20,866 --> 00:08:22,266 Billy: I think the 28-degree rotation 214 00:08:22,333 --> 00:08:24,566 will be a lot easier for us now and in the future. 215 00:08:24,633 --> 00:08:25,700 Kristopher: Yeah, great. 216 00:08:25,766 --> 00:08:27,300 The 28-degree latch is a great upgrade. 217 00:08:27,366 --> 00:08:28,866 Now, one other additional feature 218 00:08:28,933 --> 00:08:30,300 that I'd like to show you here 219 00:08:30,366 --> 00:08:32,866 is you can see these fasteners that are exposed 220 00:08:32,933 --> 00:08:35,333 on these bottom two displays here that come standard. 221 00:08:35,400 --> 00:08:37,933 The upgrade up here is a concealed fastener upgrade 222 00:08:38,000 --> 00:08:39,733 which allows you to kind of remove those screws 223 00:08:39,800 --> 00:08:42,000 for that more modern and sleek look. 224 00:08:42,066 --> 00:08:43,600 Billy: That looks really nice. I think it'll be great 225 00:08:43,666 --> 00:08:46,733 for the mid-century modern aspect of the house. 226 00:08:46,800 --> 00:08:49,166 Is there any question about, you know, 227 00:08:49,233 --> 00:08:51,300 maintenance or being able to access that unit? 228 00:08:51,366 --> 00:08:53,400 Kristopher: No, there's actually a little set screw right here 229 00:08:53,466 --> 00:08:55,100 that you can use to remove the lever handles 230 00:08:55,166 --> 00:08:56,433 if you need to do any maintenance 231 00:08:56,500 --> 00:08:57,933 or if you want to change different styles in the future. 232 00:08:58,000 --> 00:08:59,333 Billy: Great. Kristopher: Let's take a look 233 00:08:59,400 --> 00:09:02,500 at one more option here on the latch itself. 234 00:09:02,566 --> 00:09:04,333 This particular brand we might be looking at today 235 00:09:04,400 --> 00:09:07,133 actually has this little nylon insert in this latch. 236 00:09:07,200 --> 00:09:09,300 And this allows you to close the door 237 00:09:09,366 --> 00:09:10,466 a little bit more forcefully. 238 00:09:10,533 --> 00:09:12,666 But there's no metal-on-metal contact. 239 00:09:12,733 --> 00:09:14,166 So when you close the latch, 240 00:09:14,233 --> 00:09:16,600 the metal doesn't strike the strike plate. 241 00:09:16,666 --> 00:09:18,066 Deadens the sound a little bit. 242 00:09:18,133 --> 00:09:19,900 Little bit nicer look and feel to it, 243 00:09:19,966 --> 00:09:21,700 as well as makes it last a little bit longer 244 00:09:21,766 --> 00:09:23,400 so you don't scrape up all of your metal. 245 00:09:23,466 --> 00:09:25,766 Billy: Definitely will make for a more livable situation, 246 00:09:25,833 --> 00:09:27,066 keep the noise down with the kids. 247 00:09:27,133 --> 00:09:28,466 Charlie: I like it. Kristopher: Let's take a look 248 00:09:28,533 --> 00:09:29,733 at the different options we have here. 249 00:09:29,800 --> 00:09:31,533 So with this particular brand, 250 00:09:31,600 --> 00:09:33,866 we can mix and match any style, any finish. 251 00:09:33,933 --> 00:09:36,366 We can even do a split finish or a split style if you'd like. 252 00:09:36,433 --> 00:09:37,633 So some people in a bathroom 253 00:09:37,700 --> 00:09:39,266 will do a polished chrome or a polished nickel 254 00:09:39,333 --> 00:09:41,700 and on the outside might have a different finish. 255 00:09:41,766 --> 00:09:43,633 We can accommodate no problem. Charlie: Great. 256 00:09:43,700 --> 00:09:44,933 So one thing to keep in mind 257 00:09:45,000 --> 00:09:47,133 is a typical door is inch and 3/8. 258 00:09:47,200 --> 00:09:49,633 We're going with an inch and 3/4 in this case. 259 00:09:49,700 --> 00:09:50,966 And I just want to make sure 260 00:09:51,033 --> 00:09:52,600 that's not going to affect any of our decision here. 261 00:09:52,666 --> 00:09:53,666 Kristopher: With this particular brand, 262 00:09:53,733 --> 00:09:55,033 it comes standard out of the box. 263 00:09:55,100 --> 00:09:57,266 It'll work with both the 1 3/8-inch-thick door 264 00:09:57,333 --> 00:09:58,733 or a 1 3/4-inch door. 265 00:09:58,800 --> 00:10:00,266 Charlie: Lot to pick from. What do you think? 266 00:10:00,333 --> 00:10:02,700 Billy: I think that some of them are automatic noes 267 00:10:02,766 --> 00:10:04,133 because of their style -- 268 00:10:04,200 --> 00:10:06,866 things like this with a little bit of detail 269 00:10:06,933 --> 00:10:09,633 or even more, you know, curved lines. 270 00:10:09,700 --> 00:10:12,733 I think we're looking definitely for more of a straight line, 271 00:10:12,800 --> 00:10:14,366 something very sleek-looking. 272 00:10:14,433 --> 00:10:15,900 But I think if I was going to narrow it down again, 273 00:10:15,966 --> 00:10:17,733 sticking with a little bit more of a sleek option, 274 00:10:17,800 --> 00:10:21,500 something to match the aesthetic of the whole house, 275 00:10:21,566 --> 00:10:24,766 might narrow it down to this one here and that one there. 276 00:10:24,833 --> 00:10:26,933 Charlie: Well, one thing I noticed between both of these, 277 00:10:27,000 --> 00:10:28,933 these are -- have a smaller rosette, 278 00:10:29,000 --> 00:10:31,366 and a rosette is this piece right here, 279 00:10:31,433 --> 00:10:34,266 which means it's a smaller bore in the slab of the door. 280 00:10:34,333 --> 00:10:36,366 Here's a typical-sized rosette here. 281 00:10:36,433 --> 00:10:38,633 And with this size, I can actually get the doors 282 00:10:38,700 --> 00:10:40,300 pre-bored from the factory. 283 00:10:40,366 --> 00:10:42,233 But with the smaller rosette, I can't. 284 00:10:42,300 --> 00:10:43,366 Not a big deal. 285 00:10:43,433 --> 00:10:44,900 It just comes down to ordering the doors. 286 00:10:44,966 --> 00:10:46,400 I will get them without a bore. 287 00:10:46,466 --> 00:10:48,600 Billy: Okay, great. Charlie: So what about finishes? 288 00:10:48,666 --> 00:10:51,733 Billy: I think we're going to go with this one in black. 289 00:10:51,800 --> 00:10:54,133 Kristopher: Yeah, sure, we can accommodate that no problem. 290 00:10:54,200 --> 00:10:56,166 Charlie: I will get you a count on how many we need 291 00:10:56,233 --> 00:10:57,333 and get back to you. Kristopher: Absolutely. 292 00:10:57,400 --> 00:10:58,466 Charlie: Thank you. 293 00:10:58,533 --> 00:10:59,600 Kristopher: Always a pleasure, Charlie. 294 00:10:59,666 --> 00:11:00,666 Billy: Nice to meet you. Kristopher: You as well. 295 00:11:00,733 --> 00:11:02,300 Thank you. Charlie: Back to the site. 296 00:11:05,566 --> 00:11:07,333 Richard: We're here in Caffrey's bathroom, 297 00:11:07,400 --> 00:11:09,266 where over the last months, we've been adding the features 298 00:11:09,333 --> 00:11:11,466 we need to make an accessible bathroom 299 00:11:11,533 --> 00:11:13,333 that's fully functional. 300 00:11:13,400 --> 00:11:15,866 So Tommy and Kevin have added this blocking right here, 301 00:11:15,933 --> 00:11:18,400 and that'll be good for our grab bar that's going to be attached, 302 00:11:18,466 --> 00:11:20,966 but also in case in the future we add any additional grab bars, 303 00:11:21,033 --> 00:11:23,100 we'll know where the blocking is. 304 00:11:23,166 --> 00:11:26,400 Now, the lavatory is going to be in a countertop right here 305 00:11:26,466 --> 00:11:28,733 that's going to have full access underneath, 306 00:11:28,800 --> 00:11:32,466 but also it'll be slightly lower than a normal sink. 307 00:11:32,533 --> 00:11:34,600 Now, in all cases, we need to make sure 308 00:11:34,666 --> 00:11:36,333 that this is a fully accessible bathroom, 309 00:11:36,400 --> 00:11:38,966 which means from the bedroom floor 310 00:11:39,033 --> 00:11:41,000 right through the bathroom floor and into the shower, 311 00:11:41,066 --> 00:11:43,166 it has to be flush, no threshold. 312 00:11:43,233 --> 00:11:46,066 And what Charlie did was actually to frame this lower 313 00:11:46,133 --> 00:11:47,833 so that we can add a shower tray, 314 00:11:47,900 --> 00:11:51,900 and the net will be -- it'll be perfectly flush, curbless. 315 00:11:51,966 --> 00:11:55,133 Now, most important is to make all of this waterproof. 316 00:11:55,200 --> 00:11:58,866 And that falls onto Mike O'Neil, our tile installer. 317 00:11:58,933 --> 00:12:00,633 So, Mike, this is a tile system. 318 00:12:00,700 --> 00:12:03,666 Mike: Yeah, it's an all-in-one waterproofed tile system. 319 00:12:03,733 --> 00:12:05,700 Richard: Alright, and I've done my share of bathroom remodels, 320 00:12:05,766 --> 00:12:08,500 and we always relied on the copper pan. 321 00:12:08,566 --> 00:12:11,666 You know, you'd measure, and it would be a custom-made pan. 322 00:12:11,733 --> 00:12:13,100 It would take a week to get it. Mike: Right. 323 00:12:13,166 --> 00:12:16,333 Richard: The tile man would then mix up mud and pitch that mud -- 324 00:12:16,400 --> 00:12:17,600 it was like cement -- 325 00:12:17,666 --> 00:12:19,700 pitch it towards the drain, add the tile afterwards. 326 00:12:19,766 --> 00:12:22,266 But people didn't realize that the water could actually -- 327 00:12:22,333 --> 00:12:25,666 could get down through the tile and the mud. 328 00:12:25,733 --> 00:12:28,066 And the waterproof piece was the pan. 329 00:12:28,133 --> 00:12:29,266 Mike: That's right. It would collect water. 330 00:12:29,333 --> 00:12:30,366 Richard: Right. Mike: And hopefully make it 331 00:12:30,433 --> 00:12:31,366 to the weep holes. 332 00:12:31,433 --> 00:12:32,633 Richard: This is different, though. 333 00:12:32,700 --> 00:12:35,200 Mike: It is. This actually replaces a copper pan. 334 00:12:35,266 --> 00:12:37,900 It has a 1/4-inch pitch already built into the foam. 335 00:12:37,966 --> 00:12:40,700 Richard: Yeah, and then this is the waterproof membrane 336 00:12:40,766 --> 00:12:41,966 right here on the top? Mike: Correct. 337 00:12:42,033 --> 00:12:43,966 It's a different theory. There is no collection of water. 338 00:12:44,033 --> 00:12:45,333 Everything is waterproof topside. 339 00:12:45,400 --> 00:12:47,200 Richard: Yeah, all the water will work its way 340 00:12:47,266 --> 00:12:49,200 towards the drain right here. 341 00:12:49,266 --> 00:12:51,800 Mike: Correct, and then we have the wallboard, 342 00:12:51,866 --> 00:12:53,200 which is also a lightweight foam. 343 00:12:53,266 --> 00:12:54,733 Richard: It's a lot different than cement board. 344 00:12:54,800 --> 00:12:55,933 Mike: Oh, easy to carry. 345 00:12:56,000 --> 00:12:57,266 Richard: Okay, so that goes like that. 346 00:12:57,333 --> 00:12:58,866 Mike: It does, and then you have to flash it 347 00:12:58,933 --> 00:13:00,533 with this five-inch band. 348 00:13:00,600 --> 00:13:02,600 Richard: And that would be -- Mike: Cemented down. Correct. 349 00:13:02,666 --> 00:13:05,400 And they also make inside-outside premade corners 350 00:13:05,466 --> 00:13:07,100 to do the flashing up to the band 351 00:13:07,166 --> 00:13:08,400 in the actual corners of the pan. 352 00:13:08,466 --> 00:13:10,866 Richard: So that'll all be buttered and cemented in. 353 00:13:10,933 --> 00:13:13,800 So once you do that, you're going to be watertight here, 354 00:13:13,866 --> 00:13:15,433 here, and up on all the walls. 355 00:13:15,500 --> 00:13:17,066 The only way that water can leave 356 00:13:17,133 --> 00:13:18,433 is through the drain right there. 357 00:13:18,500 --> 00:13:20,633 Mike: Correct. You can actually take a shower in this 358 00:13:20,700 --> 00:13:22,866 when it's all waterproofed and done without any tile. 359 00:13:22,933 --> 00:13:24,033 Richard: Not that pretty, though. 360 00:13:24,100 --> 00:13:25,700 Mike: No, it's not. Not as pretty as tile. 361 00:13:25,766 --> 00:13:27,033 Richard: Alright, what's that? 362 00:13:27,100 --> 00:13:28,766 Mike: This is an anti-fracture membrane 363 00:13:28,833 --> 00:13:30,266 for the bathroom floors. Richard: Wait a minute. 364 00:13:30,333 --> 00:13:31,700 Anti-fracture, what does that mean? 365 00:13:31,766 --> 00:13:34,400 Mike: It means that this replaces the cement board. 366 00:13:34,466 --> 00:13:35,900 In this case, we have a lot of heat 367 00:13:35,966 --> 00:13:37,866 and different underlayment and subfloor. 368 00:13:37,933 --> 00:13:39,466 So there's going to be a lot of movement. 369 00:13:39,533 --> 00:13:41,500 And what this does is it allows for this to move 370 00:13:41,566 --> 00:13:43,600 underneath the tile so the tile does not crack. 371 00:13:43,666 --> 00:13:45,033 Richard: It sounds so counterintuitive 372 00:13:45,100 --> 00:13:46,566 with the movement, but it actually acts 373 00:13:46,633 --> 00:13:48,900 almost like a shock absorber between the floors. 374 00:13:48,966 --> 00:13:50,133 Mike: It does. It does. Richard: Cool. 375 00:13:50,200 --> 00:13:51,600 So how do you get started? 376 00:13:51,666 --> 00:13:53,400 Mike: Let me show you how to work backwards from this point. 377 00:13:53,466 --> 00:13:54,600 Richard: Okay. 378 00:13:54,666 --> 00:13:56,666 Mike: Basically, this strapping piece 379 00:13:56,733 --> 00:14:01,433 represents the top point of our hardwood floor 380 00:14:01,500 --> 00:14:03,200 and our porcelain floor to flush out. 381 00:14:03,266 --> 00:14:04,433 Richard: That's finished grade. 382 00:14:04,500 --> 00:14:05,600 Everything's going to be right at that point. 383 00:14:05,666 --> 00:14:07,300 That's sort of zero point. Mike: Correct. 384 00:14:07,366 --> 00:14:09,033 We got to transfer this line 385 00:14:09,100 --> 00:14:11,833 over to where the tile's going to end right here on the wall. 386 00:14:11,900 --> 00:14:14,833 Richard: So you use the laser level to put it onto the wall. 387 00:14:14,900 --> 00:14:17,233 But then our subfloor is way down lower. 388 00:14:17,300 --> 00:14:18,533 Mike: Correct. It is. 389 00:14:18,600 --> 00:14:21,766 So what we did in this case is we had to do a mud set 390 00:14:21,833 --> 00:14:25,433 and bring the floor up level to receive the pan. 391 00:14:25,500 --> 00:14:26,766 In this case, we did the mud 392 00:14:26,833 --> 00:14:29,900 because there is a radiant heat under the floor 393 00:14:29,966 --> 00:14:31,200 and that's a great conductor. Richard: Absolutely. 394 00:14:31,266 --> 00:14:32,833 But you actually could use wood, too, right? 395 00:14:32,900 --> 00:14:34,233 Mike: You could, yes. Richard: Okay. 396 00:14:34,300 --> 00:14:35,933 The important thing is, though, that this surface 397 00:14:36,000 --> 00:14:38,500 has to be absolutely dead flat 398 00:14:38,566 --> 00:14:40,900 because your system already has the pitch built in. 399 00:14:40,966 --> 00:14:42,300 Mike: It does. Richard: Right. 400 00:14:42,366 --> 00:14:45,666 Mike: And this piece here is gonna have its mold here 401 00:14:45,733 --> 00:14:47,900 for it to receive the linear drain 402 00:14:47,966 --> 00:14:49,500 at the 3/4 height for the tile. 403 00:14:49,566 --> 00:14:50,933 Richard: It's already part of the system, okay. 404 00:14:51,000 --> 00:14:53,133 Mike: It is, and then it's going to pitch back. 405 00:14:53,200 --> 00:14:55,133 This is that pan we talked about earlier 406 00:14:55,200 --> 00:14:56,766 with the pre-pitch already. 407 00:14:56,833 --> 00:14:58,400 And that will fit in perfectly. 408 00:15:00,366 --> 00:15:02,766 Richard: Okay, so now that'll work perfectly that way. 409 00:15:02,833 --> 00:15:04,666 I see you've got the underlayment already installed here. 410 00:15:04,733 --> 00:15:05,933 Is that a big deal to put that in? 411 00:15:06,000 --> 00:15:07,366 Mike: That's easy. We just roll that out, 412 00:15:07,433 --> 00:15:09,266 cut it with a razor blade, and cement it down. 413 00:15:09,333 --> 00:15:10,766 Richard: Yeah. Perfect. Alright. 414 00:15:10,833 --> 00:15:12,533 Well, I'm gonna get out of your way and leave it to the pros, 415 00:15:12,600 --> 00:15:14,566 let you finish it up. Mike: Excellent. Thank you. 416 00:15:14,633 --> 00:15:21,400 ♪ 417 00:15:21,466 --> 00:15:23,233 Richard: We're attaching the waterproof wallboard 418 00:15:23,300 --> 00:15:25,966 to the studs with fasteners and screws. 419 00:15:26,033 --> 00:15:33,433 ♪ 420 00:15:33,500 --> 00:15:40,933 ♪ 421 00:15:41,000 --> 00:15:44,466 Using thinset base, they apply the five-inch fabric band 422 00:15:44,533 --> 00:15:46,533 over all the seams and fasteners. 423 00:15:46,600 --> 00:15:55,433 ♪ 424 00:15:55,500 --> 00:15:57,133 There's a two-inch section of PVC 425 00:15:57,200 --> 00:16:00,733 that connects the linear drain to the house's plumbing system. 426 00:16:03,900 --> 00:16:07,366 Next, they cut the sloped shower base to size. 427 00:16:07,433 --> 00:16:16,133 ♪ 428 00:16:16,200 --> 00:16:24,833 ♪ 429 00:16:24,900 --> 00:16:27,533 Now I really see the system. You got all the bands in. 430 00:16:27,600 --> 00:16:31,433 Everything's tied together, outside corners, inside corners. 431 00:16:31,500 --> 00:16:33,500 It's one continuous watertight membrane. 432 00:16:33,566 --> 00:16:35,333 Now you're ready for the hard part, the tile, right? 433 00:16:35,400 --> 00:16:36,766 Mike: Absolutely. Richard: Great job. 434 00:16:36,833 --> 00:16:38,500 Good job, Mike and Xander. Xander: Thanks. 435 00:16:38,566 --> 00:16:39,700 Mike: Thank you. 436 00:16:39,766 --> 00:16:48,800 ♪ 437 00:16:48,866 --> 00:16:57,733 ♪ 438 00:16:57,800 --> 00:16:59,966 Kevin: This patio, which is going to be awesome. 439 00:17:00,033 --> 00:17:03,000 It's got two walls of glass and three operable doors, 440 00:17:03,066 --> 00:17:04,800 so one out of Caffrey's bedroom, 441 00:17:04,866 --> 00:17:07,000 one that's a slider right here behind me, 442 00:17:07,066 --> 00:17:09,433 and the third one's going into this opening. 443 00:17:09,500 --> 00:17:11,500 This wire right here, Charlie, tells me 444 00:17:11,566 --> 00:17:13,266 that we got something different going on with that door. 445 00:17:13,333 --> 00:17:15,000 Charlie: Yeah, this door is different than the rest of them. 446 00:17:15,066 --> 00:17:16,166 This one's motorized. 447 00:17:16,233 --> 00:17:17,633 Kevin: Motorized door. How are you? 448 00:17:17,700 --> 00:17:18,766 Charlie: This is Michael Roy, 449 00:17:18,833 --> 00:17:20,666 professional window and door installer. 450 00:17:20,733 --> 00:17:21,766 Kevin: Nice to meet you, Michael. 451 00:17:21,833 --> 00:17:22,966 So what are you putting in for us? 452 00:17:23,033 --> 00:17:25,366 Michael: So we are putting in a multi-slide 453 00:17:25,433 --> 00:17:27,300 that'll open up from the middle. 454 00:17:27,366 --> 00:17:28,800 So there'll be two panels that open up 455 00:17:28,866 --> 00:17:30,866 to the patio on the outside. Kevin: Cool. 456 00:17:30,933 --> 00:17:33,500 And done by motor? Michael: Done by motor, yes. 457 00:17:33,566 --> 00:17:35,100 Charlie: Push of a button. Michael: Push of a button. 458 00:17:35,166 --> 00:17:37,533 So the first thing we had to do is we had to prep the opening 459 00:17:37,600 --> 00:17:40,100 and put a motor in, so we have a motor prepped here 460 00:17:40,166 --> 00:17:43,100 inside the wall cavity that'll be covered by a panel. 461 00:17:43,166 --> 00:17:45,366 And then that'll operate this door. 462 00:17:45,433 --> 00:17:46,366 Kevin: That is very cool. 463 00:17:46,433 --> 00:17:47,700 Obviously we're doing it for Caffrey 464 00:17:47,766 --> 00:17:48,866 so it's nice and accessible. 465 00:17:48,933 --> 00:17:50,800 He can easily come and go inside and out. 466 00:17:50,866 --> 00:17:53,500 Charlie: That's right, so let me remind you of our goal here -- 467 00:17:53,566 --> 00:17:55,333 to have really zero threshold 468 00:17:55,400 --> 00:17:58,900 from the inside wood floor to the bluestone outside. 469 00:17:58,966 --> 00:18:00,133 Kevin: So on the concrete, 470 00:18:00,200 --> 00:18:02,666 the bluestone goes down inside on the sheathing. 471 00:18:02,733 --> 00:18:05,433 You've got panels for radiant and then our finished floor? 472 00:18:05,500 --> 00:18:06,800 Charlie: That's right. Look at that. 473 00:18:06,866 --> 00:18:08,900 Kevin: Wow. Can roll right out, no problem at all. 474 00:18:08,966 --> 00:18:10,133 Charlie: Be perfect. 475 00:18:10,200 --> 00:18:13,333 Because our exterior and our interior is flush, 476 00:18:13,400 --> 00:18:16,633 we have to create a waterproof pan with a back dam, 477 00:18:16,700 --> 00:18:19,033 and the pan actually has a pitch built into it, 478 00:18:19,100 --> 00:18:21,266 which you can see right here. 479 00:18:21,333 --> 00:18:23,466 And on reverse, there are shims. 480 00:18:23,533 --> 00:18:26,300 That way, when the sill goes on, it sits nice and level, 481 00:18:26,366 --> 00:18:28,733 and any water that might come into this sill, 482 00:18:28,800 --> 00:18:30,433 it will drip onto our waterproofing 483 00:18:30,500 --> 00:18:32,300 and pitch out to this notch, 484 00:18:32,366 --> 00:18:36,033 which also has a drainage mat that goes down to crushed stone. 485 00:18:36,100 --> 00:18:37,866 Kevin: Michael, where do we go from here? 486 00:18:37,933 --> 00:18:39,733 Michael: Yeah, well, we have the frame built on the ground. 487 00:18:39,800 --> 00:18:41,666 So I'm going to ask you two to give a hand 488 00:18:41,733 --> 00:18:43,033 and we're going to lift it and put it in place. 489 00:18:43,100 --> 00:18:44,566 Kevin: Let's get to work. 490 00:18:44,633 --> 00:18:47,066 Michael: Going to stand it up vertically. 491 00:18:47,133 --> 00:18:48,366 Kevin: Okay. 492 00:18:48,433 --> 00:18:51,666 Michael: Okay, Sven, want to head inside with that? 493 00:18:51,733 --> 00:18:55,733 Okay, just going to lift the frame up onto the sill. 494 00:18:58,833 --> 00:19:01,333 Excellent. Push it back against the back now. 495 00:19:01,400 --> 00:19:03,133 Charlie: There you go. Michael: Alright. 496 00:19:03,200 --> 00:19:07,200 Next step, we're going to get this jamb nice and plumb. 497 00:19:07,266 --> 00:19:08,366 Kevin: Tell me when you're ready. 498 00:19:08,433 --> 00:19:10,800 Michael: We're good to go right there, Kevin. 499 00:19:15,900 --> 00:19:17,133 Excellent. 500 00:19:17,200 --> 00:19:20,000 Kevin: You got a shim behind there, which is nice. 501 00:19:26,400 --> 00:19:28,033 Michael: Excellent. Now we're going to come up to the top 502 00:19:28,100 --> 00:19:29,400 and do the same thing. 503 00:19:31,400 --> 00:19:33,500 Kevin: Tell me when. Charlie: How's that? 504 00:19:33,566 --> 00:19:36,133 Michael: That is good to go right there. 505 00:19:42,700 --> 00:19:44,266 Excellent. 506 00:19:44,333 --> 00:19:47,966 Alright, let's get the other side put in. 507 00:19:48,033 --> 00:19:50,533 Kevin: Tell me when. Michael: Yes. You're good to go. 508 00:19:53,566 --> 00:19:55,300 Michael: Great. With a frame of this size, 509 00:19:55,366 --> 00:19:57,033 we run a string across the header 510 00:19:57,100 --> 00:19:58,700 as we'll typically get a sag in it. 511 00:19:58,766 --> 00:20:02,100 So as you can see, a little bit of red string on this end 512 00:20:02,166 --> 00:20:03,233 and a little bit on this end, 513 00:20:03,300 --> 00:20:04,600 but you can't see it in the middle. 514 00:20:04,666 --> 00:20:06,900 So we're going to run a screw up to get it even. 515 00:20:06,966 --> 00:20:08,100 Kevin: Okay. 516 00:20:12,966 --> 00:20:14,966 So that's level? Michael: Yes, that's level. 517 00:20:15,033 --> 00:20:17,033 So we're going to run the rest of the screws across the header. 518 00:20:17,100 --> 00:20:18,733 And then we're going to load the panels. 519 00:20:18,800 --> 00:20:23,766 ♪ 520 00:20:23,833 --> 00:20:25,333 You guys are going to bring the panel over. 521 00:20:25,400 --> 00:20:26,766 Kevin: Okay. Michael: Spin around. 522 00:20:26,833 --> 00:20:28,200 Yep. That's good right there. 523 00:20:28,266 --> 00:20:29,933 When you're ready to lift, go ahead, lift. 524 00:20:30,000 --> 00:20:32,233 And slide it to the outside track. 525 00:20:32,300 --> 00:20:34,600 We're going to slide it into the opening. 526 00:20:34,666 --> 00:20:36,533 Okay, come back a little bit. 527 00:20:36,600 --> 00:20:38,366 Now give it a good shove. Excellent. 528 00:20:38,433 --> 00:20:40,066 Alright, let's go grab the other panel. 529 00:20:40,133 --> 00:20:41,900 Kevin: One, two. 530 00:20:41,966 --> 00:20:44,200 Michael: Into that slot. There you go. 531 00:20:44,266 --> 00:20:47,200 Drop it onto that outside track. 532 00:20:47,266 --> 00:20:48,766 That's it. 533 00:20:48,833 --> 00:20:49,933 Yep. 534 00:20:51,933 --> 00:20:53,000 Excellent. 535 00:20:53,066 --> 00:20:54,300 Slide that in. 536 00:20:56,166 --> 00:20:57,333 Perfect. Charlie: Oh, nice. 537 00:20:57,400 --> 00:20:59,366 Michael: Alright, now that all the panels are in, 538 00:20:59,433 --> 00:21:02,133 we're going to run the belt on the top to the motor 539 00:21:02,200 --> 00:21:04,933 to the top of the panels and make this operable. 540 00:21:05,000 --> 00:21:06,666 Charlie: I can't wait to see it. 541 00:21:10,333 --> 00:21:11,700 Kevin: So, Michael, just a single belt 542 00:21:11,766 --> 00:21:13,133 all the way across the top? 543 00:21:13,200 --> 00:21:15,200 Michael: Yeah, single belt, and we've got it all fastened, 544 00:21:15,266 --> 00:21:16,500 so we're ready to give it a test run. 545 00:21:16,566 --> 00:21:18,666 Kevin: Hit it up, Sven. Let's see what we got. 546 00:21:20,600 --> 00:21:21,700 [ Laughs ] 547 00:21:21,766 --> 00:21:23,333 That's awesome. Charlie: That is smooth. 548 00:21:23,400 --> 00:21:24,866 Kevin: So Sven's got a keypad here. 549 00:21:24,933 --> 00:21:26,300 Michael: Yeah, there'll be a keypad on the inside. 550 00:21:26,366 --> 00:21:28,433 There'll be a security keypad on the outside, 551 00:21:28,500 --> 00:21:29,833 and then there'll be an app 552 00:21:29,900 --> 00:21:31,366 that you can use on your phone for it. 553 00:21:31,433 --> 00:21:33,666 Kevin: Very cool. I presume it's got some safety features 554 00:21:33,733 --> 00:21:35,033 'cause it's mechanized. Michael: Yes, sure does. 555 00:21:35,100 --> 00:21:37,000 It has a safety feature right here. 556 00:21:37,066 --> 00:21:39,533 It'll have a sensor, so if anybody's coming in or out 557 00:21:39,600 --> 00:21:41,533 as the door's operating, it will not close on them. 558 00:21:41,600 --> 00:21:43,366 Kevin: Beautiful, and since it's got a motor, 559 00:21:43,433 --> 00:21:45,533 if the power goes out, we locked in or -- 560 00:21:45,600 --> 00:21:47,766 Michael: Power fails, the motor clicks off. 561 00:21:47,833 --> 00:21:49,933 You can open it manually to get in and out of the house. 562 00:21:50,000 --> 00:21:51,200 Kevin: Nice job. Thank you, boys. 563 00:21:51,266 --> 00:21:52,333 Really appreciate it. Charlie: Thank you. 564 00:21:52,400 --> 00:21:53,600 Kevin: Charlie, this is a first for me. 565 00:21:53,666 --> 00:21:55,000 Never seen one before. Charlie: It's pretty nice. 566 00:21:55,066 --> 00:21:56,333 Kevin: How about that, guys? Richard: I want one of them. 567 00:21:56,400 --> 00:21:58,133 Kevin: Or two. 568 00:21:58,200 --> 00:22:01,200 Alright, so a lot of progress so far but a lot more to do. 569 00:22:01,266 --> 00:22:02,400 What's on the list? 570 00:22:02,466 --> 00:22:04,133 Charlie: Well, we have the ramp in the front 571 00:22:04,200 --> 00:22:06,333 that connects the driveway to the front door. 572 00:22:06,400 --> 00:22:07,533 And we're ready to pour the concrete. 573 00:22:07,600 --> 00:22:08,833 Kevin: Very nice. 574 00:22:08,900 --> 00:22:10,533 Mauro: And I will get going on painting the exterior. 575 00:22:10,600 --> 00:22:11,700 Kevin: You better. 576 00:22:11,766 --> 00:22:13,500 Richard: Tile begins in Caffrey's bathroom 577 00:22:13,566 --> 00:22:15,633 and also the other bathrooms and the laundry. 578 00:22:15,700 --> 00:22:17,733 Kevin: Nice, and I heard there was a rumor 579 00:22:17,800 --> 00:22:20,066 that our therapy pool is on its way. 580 00:22:20,133 --> 00:22:21,900 So until then, I'm Kevin O'Connor. 581 00:22:21,966 --> 00:22:23,266 Charlie: I'm Charlie Silva. 582 00:22:23,333 --> 00:22:25,100 Mauro: I'm Mauro Henrique. Richard: I'm Rich Trethewey. 583 00:22:25,166 --> 00:22:27,366 Kevin: For "This Old House here in Lexington, Massachusetts. 584 00:22:27,433 --> 00:22:29,100 Alright, check this out. Ready? Richard: What? 585 00:22:29,166 --> 00:22:30,600 Kevin: [ Claps ] Richard: No! 586 00:22:30,666 --> 00:22:32,400 Mauro: Come on! 587 00:22:32,466 --> 00:22:34,200 Richard: You lost -- Kevin: Hey! 588 00:22:34,266 --> 00:22:36,400 Richard: You lost the touch. Mauro: There we go. 589 00:22:41,666 --> 00:22:44,100 Kevin: Next time on "This Old House"... 590 00:22:44,166 --> 00:22:46,433 Tom: Work on the jobsite is ramping up. 591 00:22:46,500 --> 00:22:49,200 Charlie: Alright, let it go. 592 00:22:49,266 --> 00:22:50,266 Woman: In the original house, 593 00:22:50,333 --> 00:22:52,300 there was this flooring called terrazzo, 594 00:22:52,366 --> 00:22:54,533 which when the house was demo'd, we had to take it out. 595 00:22:54,600 --> 00:22:56,033 Kevin: We'll show you one of the ways 596 00:22:56,100 --> 00:23:00,100 that we're honoring this home's mid-century modern roots. 597 00:23:00,166 --> 00:23:03,133 Charlie: And look up in the sky. It's a bird. It's a plane. 598 00:23:03,200 --> 00:23:05,966 It's 4,000-pound therapy pool. 599 00:23:06,033 --> 00:23:08,200 Alright, that looks good. 600 00:23:08,266 --> 00:23:10,000 Kevin: That's next time.