1 dependent tolerance using a hole as an example 2 dependent tolerances (non-standard/inconvenient format) 3 tolerances of bearing seats 4 Taylor's rule (fit) 5 dimension chains 6 bearing assembly diagrams 7 hardness 8 roughness 9 Shaft drawing. Level: Professional. Part 1 - Selecting geometry 10 Shaft drawing. Level: Professional. Part 2 - Selecting tolerances 11 Shaft drawing. Level: Professional. Part 3 - Selecting tolerances 12 Shaft drawing. Level: Professional. Part 4 - Selecting tolerances 13 Qualities, tolerances and fits 14 Bearing ring tolerances 15 Bearing fits. Level: Professional 16 Shaft inspection for compliance with Taylor's rule 17 General tolerances. Basic option 18 General tolerances. Additional option 19 General tolerances. Tolerances of form and position 20 Selection of axle material. Heat treatment 21 Positional tolerance. Assignment of datums, using a rectangular cover as an example. 22 Positional tolerance. Assignment of datums using a round flange as an example. 23 Threads. Answers to important questions 24 Basics of datum 25 Calculation of positional tolerances 26 Gear drawing. Part 1 27 Gear drawing. Part 2 28 Gear drawing. Part 3 29 Drawing up a symmetrical part drawing. Part 1 30 Dependent tolerance. As simple as an orange 31 Drawing up a symmetrical part drawing. Part 2 32 Drawing up a drawing. Specifying holes. 33 Projecting tolerance field 34 Groove or hole? 35 Drawing up a segment drawing 36 Application of form tolerance 37 Drawing up a sheet bending drawing 38 Dependent tolerance in the base designation 39 Selecting engine power 40 *Size of the provided tool WTF?!?!?! 41 Drawing of a bent pipe 42 The need to specify general tolerances 43 Nuances of specifying bases 44 Analysis of the new GOST R 2.308-2023 45 What to replace the tolerance of intersection of axes. (BOOSTY) 46 Application of steels St3, 20, 45, 40X 47 Drawing Gears. Part 4 48 Group specification of mirror execution according to option A 49 An example of unsuccessful and good welded structures