Here I discuss my latest home design project for an efficient home. I chose the triangular extrusion shape in lumber framing; for cost, feasibility and practicality of its design and construction. I equipped the home for optimum efficiency for a moderate climate location. This home is small, 3 rooms total. And it is completely self-sustained and off the grid. It has solar energy and LPG powered appliances. It runs all electronics on a 48 volt system. And it has food growing and water collection as features for sustainability.0:00 Introduction to the efficient home project2:17 Project location details3:39 Architectural style details7:39 Construction materials9:55 Comments on Architectural & material choices11:06 Interior temperature controls16:12 Electrical air conditioning18:18 Kitchen equipment - electrical19:02 Kitchen equipment - non-electrical21:38 Water heating - non-electrical22:20 Lighting22:34 Ventilation23:00 Office equipment23:30 Shop equipment24:05 Laundry equipment24:17 Total home electrical load25:35 Electrical energy - PV solar27:00 electrical calculations for PV system29:55 Water distribution31:19 Exterior layout32:58 Interior layoutLiving Off the Grid in the City Radio Show (Legacy)https://www.youtube.com/hbcsolarpvtechbyronhttps://www.youtube.com/@hbcsolarpvtechhttps://www.facebook.com/profile.php?id=61552559207892https://www.youtube.com/playlist?list=PLyWqApEqGtc5tJy1BbtZaohmLi5F0-DFZPatreon page: https://www.patreon.com/hectorvladimirSubstack page: https://hectorvladimir.substack.com/For information purposes only. Always follow appropriate and applicable regulatory code for all installations, modifications, and fabrications. For US electrical installations follow the codes of the authority having jurisdiction. For international electrical installations follow the codes of your region’s electrical authority.Hector Vladimir 2025©off grid livingoff grid homeoff grid lifeoff the grid#offgrid#offthegrid#offgridlife

0:00 Introduction to CV axle replacement for 2023 Nissan Ariya

0:08 Tools needed

0:23 Safety

0:39 Shock warning

1:00 Supplies

1:06 Part inspection

2:37 Lifting the vehicle

4:18 Remove the wheel

4:40 Old CV axle familiarization

5:14 Stabilize the wheel hub

5:35 Wheel Hub prep

6:06 Remove bottom cover panel

6:43 Note transmission side gap

6:56 Control arm link removal

8:45 Wheel hub side cv axle removal

9:18 Transmission side cv axle removal prep

9:48 Transmission side cv axle removal pry out

10:18 Inspect transmission seal

10:38 Compare removed part

10:57 Inspect wheel hub side

11:13 Install new CV axle on transmission side

11:47 Install new CV axle on wheel hub side

12:42 Install other components

13:03 Lower the vehicle and test

Here I go through the steps, techniques, tools, and materials needed to replace the front left driver side CV Axle assembly for the 2023 Nissan Ariya Engage electric vehicle. #Cvaxle #cvjoint #nissan #ariya #cvaxlereplacement #cvaxlereplaced

Hector Vladimir 2026©

HVB Tutorials playlist

https://www.youtube.com/playlist?list=PLyWqApEqGtc6om8Ov-GeJwgxujcXH6AjJ

Sparky AE channel

https://youtube.com/@sparkyae1?si=G0vRnDZ8pskD0i_d

Tools needed: Pry Bar10mm Socket, 18mm Socket, 21mm Socket, 32mm Socket

Pickle Fork • Side Cutters • Torque Wrench

Supplies needed: Brake Grease • Safety Glasses • Chisel • Drain Pan • Floor Jack • Funnel • Hammer • Pole Jack • Rubber Mallet • Wheel Chocks ⚠ DISCLAIMER: While Hector Vladimir, the author, strives to make the information provided in this video as accurate as possible, he makes no claims, promises, or guarantees about the accuracy, completeness or applicability of the content. No information contained in this video shall create any expressed or implied warranty or guarantee of any particular result. All do-it-yourself projects entail some risk. It is the sole responsibility of the viewer to assume this risk. Hector Vladimir is not responsible or liable for any loss damage (including, but not limited to, actual, consequential, or punitive), liability, claim, or any other injury or cause related to or resulting from any information posted in this video.

An interstellar mission would require tons of drinking water, food, the equipment, space, materials, and supplies; to store preserve, use, and recycle their waste. And, the bulk and mass that these resources will require would be gargantuan. Not only because of the large size of the crew of an interstellar mission. But also because of the long, long, flight ahead of them. Not only these, but the crew will likely have offspring, the next generation, who will also require nurture from water and food. And, gathering water and food from destinations enroute is hardly feasible, and would only further complicate and lengthen the mission by unacceptable margins. Our technical ability at extracting water from space destinations is precisely null. And, our skills at producing food away from earth are at best in their primitive stages. So, the problems presented by our need for water and food, in space, are tremendous; to put it mildly.

Hazards of Space Travel

Challenges of interstellar travel

Channel https://www.youtube.com/@sparkyae1

Playlist https://www.youtube.com/playlist?list=PLyWqApEqGtc5foyq8ccjATrgVnt3Gy9KD

Channel https://www.youtube.com/@hbcsolarpvtech

Channel https://www.youtube.com/@hbcsolarpvtechbyron

Hector Vladimir 2025©

#interstellar #interstellartravel

PDF book here

https://drive.google.com/file/d/12go9M8spRElaoTbgMjvhYaDzl4ZQnpVG/view?usp=drive_link