Tesla · conference-presentation
Tesla | Investor Day Presentation Deck | 163 slides
120 pages · 4 arc beats · 2 loops
Tesla | Investor Day Presentation Deck | 163 slides
Tesla · 2023-03 arc beats above · slides in the middle · loops below · scroll → 2 LOOPS
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Deck intelligence map
4 coverage by narrative range · generated from this deck JSON
Narrative range 120 total
Metadata
Components
Metrics
Tools
Frameworks
Beats
Loops
Attention 5 slides 100% 5/5 slides 100% 5/5 slides · 19 hits — 0/5 slides
80% 4/5 slides 20% 1/5 slides 100% 5/5 slides 60% 3/5 slides · 5 hits Need 11 slides 100% 11/11 slides 100% 11/11 slides · 81 hits — 0/11 slides
18.2% 2/11 slides 27.3% 3/11 slides 100% 11/11 slides 100% 11/11 slides · 22 hits Satisfaction 10 slides 100% 10/10 slides 100% 10/10 slides · 37 hits — 0/10 slides
40% 4/10 slides 50% 5/10 slides 100% 10/10 slides 100% 10/10 slides · 13 hits Action 94 slides 100% 94/94 slides 100% 94/94 slides · 355 hits — 0/94 slides
45.7% 43/94 slides · 45 hits 34% 32/94 slides 100% 94/94 slides — 0/94 slides
Slide inventory
120 every slide · same image gating as the playbook
01
Features the Tesla logo and 'INVESTOR DAY' text over a dark, textured background.front_matter
Open slide detailBeat · Attention
03
Slide from Tesla Investor Day 2023 presentation.diagnose_problem
04
Uses a visual bar comparison to show the reduction in total energy demand required for a sustainable economy.frame_situation
05
The slide uses a background image of a solar farm to reinforce the theme of sustainable energy.summarize
06
This is a classic Tesla Master Plan slide, using a horizontal bar chart to represent the contribution of different sectors to fossil fuel reduction.present_solution
07
Part of Tesla's Master Plan Part 3 presentation.present_solution
08
The slide uses a progress bar metaphor to indicate the impact of this step on total fossil fuel reduction.present_solution
09
Part of Tesla's Master Plan Part 3 presentation.present_solution
10
The slide uses a visual length comparison to represent efficiency.compare_peers
11
Part of Tesla's Master Plan Part 3 presentation.present_solution
12
Tesla Investor Day 2023 presentation slide.present_solution
13
Part of Tesla's Master Plan Part 3 presentation.quantify_opportunity
14
Part of Tesla's Master Plan Part 3 presentation.present_solution
15
Part of a larger presentation series on sustainability; includes a progress bar showing 5% reduction.summarize
16
The slide uses three distinct waterfall charts to illustrate the scale of investment required across different sectors.quantify_opportunity
18
Tesla Investor Day 2023 slide showing the scale of growth required for sustainability.quantify_opportunity
19
The slide uses a stacked bar for fossil fuels (Coal, Natural Gas, Oil) and a single bar for sustainable energy.quantify_opportunity
20
The slide uses a visual comparison of tiny squares on a world map to demonstrate the small footprint of renewable energy infrastructure.size_opportunity
21
The slide uses a pictograph (icon grid) to visualize the massive scale of fossil fuel extraction compared to other mineral needs.quantify_opportunity
22
The slide uses an icon-grid to represent gigatons of mineral extraction, with green trucks representing the sustainable economy portion.present_framework
23
The chart uses a 0-100% scale to demonstrate resource abundance relative to demand.quantify_opportunity
24
Uses a before-after framing to debunk the myth of resource scarcity.expose_contradiction
25
The diagram shows a linear input (Mining) feeding into a circular loop (Refining, Cathode Production, Cell Production, Lifetime Usage, Recycling).present_framework
26
The slide uses a background image of a solar farm and battery storage facility to reinforce the theme.summarize
27
The circular graphic suggests a progress indicator or agenda tracker.transition
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28
The slide features a candid photo of Elon Musk and team working on a Model S prototype.establish_context
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29
The slide uses a timeline visual to indicate progress or structure, with 'Engineering' highlighted as the current focus.transition
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30
The slide uses a simple linear progression visual to categorize the development and production phases of the vehicle.present_framework
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31
This is a famous image used by Elon Musk to describe the 'production hell' phase of the Model 3.illustrate_case
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32
This is a product reveal slide from a Tesla presentation.front_matter
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33
The number '1' is faintly visible in the background of the central box, suggesting this is the first part of a multi-part series.transition
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34
This slide sets up a 'before' state for a subsequent 'after' comparison of Tesla's manufacturing innovation.present_framework
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35
This slide serves as the 'before' state in a before-after comparison of manufacturing processes.frame_problem
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36
The slide is a full-bleed image used to illustrate manufacturing processes.illustrate_case
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37
Visual comparison of assembly line space utilization.present_solution
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38
The diagram resembles a fishbone (Ishikawa) structure but is used here to represent process flow and assembly integration.present_framework
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39
The slide illustrates the modular manufacturing approach where sub-assemblies are built independently before final integration.present_solution
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40
Uses a waterfall-style logic for cost reduction and a simple area comparison for footprint.quantify_opportunity
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42
The slide uses a first-person perspective from inside the vehicle to emphasize the driving experience.establish_context
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43
The chart highlights Tesla's superior efficiency compared to competitors like VW, Ford, Jaguar, and Audi.compare_peers
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44
The slide uses a visual metaphor of battery cells to represent the powertrain components.summarize
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45
The slide uses a before-after visual comparison to highlight engineering improvements in power electronics hardware.present_solution
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46
The slide title refers to software, but the visual is a physical hardware component (likely an electric drive unit), suggesting the software is used to design oestablish_context
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47
The slide shows a motor assembly and a cross-section heatmap of magnetic flux lines, highlighting proprietary engineering capabilities.illustrate_case
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48
The slide is a visual placeholder or transition slide featuring a video/image of industrial machinery.other
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49
The slide uses a 'teaser' visual of a covered object to build anticipation for the new product announcement.present_solution
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50
The slide highlights the specific mass of three different rare earth elements used in the motor design.analyze_data
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51
The slide features a minimalist design with a circular progress indicator and the presenter's name.transition
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52
This slide is part of a 'before' sequence illustrating the complexity of legacy wiring systems before a transition to a simplified architecture.diagnose_problem
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53
The slide uses a 'before' visual to illustrate the problem of manufacturing complexity.frame_problem
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55
The slide uses a before-after visual comparison to demonstrate engineering optimization.present_solution
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58
The slide uses a visual before-after comparison to demonstrate product improvement.present_solution
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59
The charts show a consistent downward trend across all three metrics (cost, weight, power) over the 6-year period.analyze_data
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61
The chart illustrates the inefficiency of increasing current over time and highlights the 48V transition as a solution to reset the trend.present_solution
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62
The slide highlights the simplified wiring harness and distributed control modules in red, emphasizing architectural efficiency.present_solution
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63
The slide highlights the simplified wiring harness and distributed control units in red.present_solution
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64
The slide uses a visual progression of wiring complexity (represented by red/blue lines) to illustrate the simplification of the vehicle's electronic architectupresent_solution
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65
The background features a subtle, repeating pattern of the word 'Tesla'.transition
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66
The slide uses a circular flow diagram to represent a flywheel effect.present_framework
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67
The diagram depicts a flywheel effect where data flows from the fleet to the network and updates flow back to the fleet.present_framework
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68
The slide uses a 2x2 matrix to visualize the limited scope of industry standard tests compared to a broader range of real-world scenarios.compare_peers
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69
The chart uses a heatmap-style density overlay on a scatter plot to show concentration of crash types.analyze_data
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70
The chart highlights the massive scale of data collection enabled by the fleet.analyze_data
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71
The image is a technical illustration showing the wiring harness and electronic control units of a Tesla vehicle.establish_context
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72
The slide uses a map-based visualization to demonstrate how vehicle data is used to improve suspension performance.illustrate_case
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73
The screen shows 'Factory Mode' and diagnostic data, illustrating the integration of software into the manufacturing process.establish_context
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74
The slide features a screenshot of a Tesla vehicle's touchscreen interface showing 'Driver Profile' settings, with a finger interacting with the screen.present_solution
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75
The slide uses a background image of a parking lot filled with Tesla vehicles to visually represent scale.present_solution
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77
This slide shows the input (three camera views) and the output (top-down occupancy map) of Tesla's vision system.present_solution
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78
This is a system architecture diagram for Tesla's FSD (Full Self-Driving) neural network stack.present_solution
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79
Visualizes a real-time autonomous driving scenario with latency metrics.present_solution
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80
The slide shows a top-down view of a reconstructed intersection alongside multiple camera perspectives, illustrating how the system aggregates data from multiplpresent_solution
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81
The slide is a full-screen visual of a 3D-rendered urban intersection, likely from a Tesla AI Day or similar technical presentation.present_solution
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82
The slide shows a before/after visualization of a self-driving car's path prediction and a corresponding chart showing accuracy improvements over time.analyze_data
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83
This is a classic flywheel/loop diagram representing a machine learning data pipeline.present_framework
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84
The slide highlights the scale of GPU resources and data throughput required for training occupancy networks.present_framework
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85
The slide uses a visual comparison between a parking lot scene (utilization) and a bar chart (safety).summarize
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86
This is a visual filler slide from a Tesla presentation, likely demonstrating robotic dexterity.filler
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87
This is a promotional image from a Tesla presentation, likely used as a transition or filler slide to demonstrate progress.filler
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88
The slide features a circular graphic element and the presenter's name.transition
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89
The slide uses a background image of a charging cable being plugged into a vehicle to reinforce the theme.summarize
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91
The slide uses two grouped bar charts to demonstrate cost advantages.compare_peers
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92
The slide uses a high-impact visual to support the claim of operational efficiency.present_solution
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93
The chart highlights a specific cost reduction metric over a two-year period.analyze_data
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94
The chart combines a line graph for wait times and a bar chart for site utilization.analyze_data
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95
The chart uses a trend-line corridor to visualize the improvement over time.summarize
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97
The slide uses visual evidence (a smartphone app screenshot and a close-up of a charging cable) to support the claim of universal service.present_solution
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98
The slide uses a dual-visualization approach: a line/area chart for temporal alignment and a heatmap for spatial density.analyze_data
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100
The slide uses a casual, provocative headline to frame brand-building initiatives as 'cool' projects.other
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101
The slide features a circular graphic element and lists the presenters Karn Budhiraj and Roshan Thomas.transition
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102
The slide uses a table-like structure to quantify supply chain complexity for various vehicle and energy products.analyze_data
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103
The slide uses a visual progression of hardware components to emphasize the engineering achievement.summarize
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105
Uses a 'clipping' aesthetic to establish external validation of the problem.frame_problem
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106
The chart illustrates consistent exponential growth in vehicle production over a 5-year period.analyze_data
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107
The slide uses a bar chart to illustrate relative semiconductor usage and a table to show scaling metrics from 2023 to a future state.size_opportunity
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108
The slide visually demonstrates the complexity and high part count of legacy thermal systems to set up a 'before' state for a subsequent 'after' (simplified) slframe_problem
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109
The slide uses an exploded view diagram to illustrate the complexity of the thermal management system.present_solution
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110
The slide uses a 2x2 grid layout to contrast past and present states of manufacturing.present_solution
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111
The chart illustrates the massive productivity jump from manual to automated processes.analyze_data
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112
The slide uses a background image of a Tesla factory floor to reinforce the theme of manufacturing efficiency.summarize
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113
Features a circular progress indicator graphic and presenter names.transition
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115
The slide uses a classic before-and-after visual to demonstrate operational speed and execution capability.illustrate_case
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116
The slide highlights the exponential growth in production efficiency.summarize
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117
The charts illustrate the inverse relationship between output (increasing) and labor hours (decreasing) as production ramps up.analyze_data
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118
This is the famous Tesla manufacturing/process optimization framework.present_framework
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119
The slide uses a background image of a manufacturing facility to contextualize the operational improvements.summarize
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120
The slide uses a four-panel image layout to represent global manufacturing presence.establish_context
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