What are Dyson’s unique resources and capabilities (if any) that gives it the market power to enter this fiercely competitive market?

Assignment Brief

Description of assignment: 

Your final individual assignment is based on Dyson and electric car industry. See details below:

On September 26, 2017, Financial Times announced that Dyson, a British technology group led by Sir James Dyson, famous for its bag less vacuum cleaners was working on a premium electric car to go on sale in 2020. Dyson enters the motor industry at a time of intense change and disruption. The company behind the eponymous vacuum cleaner and hand dryers has been working on electric battery technology for almost two decades. Over the past two years it has built an automotive team of 400 engineers, drawn from manufacturers including BMW, Aston Martin and Tesla, and is preparing to use its research to give it the edge in a ferociously competitive sector. “We know this is a crowded market,” said founder James Dyson as he announced that the company would spend £2bn on the car and battery technology. He also predicted that the automotive business would outgrow the rest of the company “quickly”. It will spend £1bn on the battery and £1bn on designing and making the car, with the promise of future models to help recoup the investment. Sir James said he expected to make a profit on the venture. The money is part of a £2.5bn investment plan that had already been announced by the company. He said the remaining £500m would be used on the group’s other products. Andrew Bergbaum, managing director for automotive at AlixPartners consultancy, said the timeline of building a plant and launching a car by 2020 was “very ambitious” and the company was likely to incur “years of losses” before recouping its investment.

Familiarise yourself with Dyson’s commitment to enter the electric car industry by reading research around Dyson and electric car industry. Selection of research to get you started is available on Financial Times.

1. Dyson plans 2020 launch of electric car, Financial Times, September 26 2017 (available from the Hult online library)
2. Dyson’s plan to join electric car race a big gamble, Financial Times, September 27, 2017 (available from the Hult online library)
3. Dyson aims to clean up where other car maker’s failed, Financial Times, September 29, 2017 (available from the Hult online library)
4. Electric vehicle ambitions spark race for raw materials, Financial Times, October 27 2017 (available from the Hult online library)
5. Dyson bets on electric cars to shake up industry, Financial Times, February 14, 2018 (available from the Hult online library)

Question 1: Using Porter’s five forces and PEST framework analyse the main forces that have an impact on profitability in the electric car industry. (500 words)

Question 2: Dyson is at the ‘introduction’ phase of the electric car industry lifecycle. What according to you could be the first mover advantage (if any) in this industry for Dyson? (250 words)

Question 3: What are Dyson’s unique resources and capabilities (if any) that gives it the market power to enter this fiercely competitive market? (250 words)

Question 4: If you were invited to a lunch with James Dyson at his home in Gloucestershire with a specific mandate to provide a set of strategic recommendations that will enable Dyson to build a sustainable competitive position within the fast-changing electric car industry, what would your strategic recommendations consist of? (500 words) 

Question 5: If you were invited to a lunch with James Dyson at his home in Gloucestershire with a specific mandate to provide a set of strategic recommendations that will enable Dyson to build a sustainable competitive position within the fast-changing electric car industry, what would your strategic recommendations consist of? (1000 words) 

Word requirement: 3000 words maximum. This is excluding references, appendices, TOC and a 100 word summary. A maximum of 2 pages of appendices can be used in addition. 

Please use Times New Roman, font size 12.

APA 6th ed. style referencing

Sample Answer

Dyson and the Electric Car Industry: Strategic Analysis and Recommendations

Executive Summary

This report examines Dyson’s entry into the electric vehicle (EV) market using strategic frameworks and industry analysis. Porter’s Five Forces and PEST analysis highlight the competitive pressures and external factors influencing profitability in the EV sector. Dyson’s first-mover advantages, unique resources, and capabilities are explored, focusing on battery technology, engineering expertise, and brand reputation. Strategic recommendations are provided to build a sustainable competitive position, including investment in R&D, partnerships for raw materials, operational efficiency, and market differentiation. The report concludes that Dyson has the potential to leverage its technology and innovation culture to gain foothold in a highly competitive EV industry.

Question 1: Industry Analysis Using Porter’s Five Forces and PEST

Porter’s Five Forces

1. Threat of New Entrants
   The EV market is capital-intensive, requiring large investments in battery technology, manufacturing, and infrastructure. Dyson’s £2bn investment demonstrates the high barriers to entry. However, technology start-ups and traditional automakers entering EVs increase competitive pressure. Government incentives for clean energy reduce financial barriers, making entry slightly easier.

2. Bargaining Power of Suppliers
   Critical materials such as lithium, cobalt, and nickel are essential for EV batteries. Supplier concentration gives suppliers significant bargaining power, which can increase costs. Dyson must secure long-term contracts and explore vertical integration or alternative battery chemistries to reduce supplier dependency.

3. Bargaining Power of Buyers
   Consumers have increasing choices in the EV market, from Tesla to established manufacturers. Price sensitivity and high expectations for range, safety, and technology give buyers moderate power. Dyson’s premium pricing strategy and brand reputation could reduce this risk by targeting niche markets seeking innovative products.

4. Threat of Substitutes
   Substitute products include traditional internal combustion engine vehicles, hybrid vehicles, and public transport. EV adoption is rising due to environmental concerns, but the threat remains where infrastructure or consumer adoption is slow. Continuous technological innovation in battery efficiency and charging networks reduces the risk from substitutes over time.

5. Competitive Rivalry
   Competition is intense, with Tesla, BMW, Audi, and new entrants competing on technology, performance, and design. Rapid innovation cycles, marketing, and brand loyalty drive high rivalry, making differentiation essential.

PEST Analysis

• Political: Government incentives, subsidies, and emissions regulations favor EV adoption. Trade policies and Brexit-related tariffs may influence manufacturing and export strategies.

• Economic: EVs are initially costlier than traditional cars, but decreasing battery costs and growing consumer disposable income improve adoption rates. Currency fluctuations can impact component costs.

• Social: Environmental consciousness and urbanization drive EV demand. Younger demographics are more likely to adopt EVs, providing a market opportunity.

• Technological: Dyson’s expertise in battery and motor technology provides an edge. Rapid innovation in autonomous driving and charging infrastructure will shape competitive dynamics.

Continued...