Extract A
Commercial aerospace firms are committing tens of billions of dollars to scale up reusable heavy-lift rocket systems. Despite rising national defence budgets and satellite internet constellation rollouts, orbital launch demand remains highly cyclical. Nonetheless, sovereign nations are willing to offer lucrative government launch contracts to national champions to secure independent space access.
As launch operators scale up production from a handful of bespoke launches to high-frequency, mass-manufactured booster flights, managing large-scale operations becomes increasingly complex. If rockets are to compete with traditional expendable systems, firms must avoid the communication bottlenecks and managerial inefficiencies that often plague massive manufacturing complexes. When a firm expands beyond its optimal size, it faces the risk of diseconomies of scale, where communication failures and bureaucratic layers begin to erode the cost efficiencies gained from larger production volumes.
Define the term 'diseconomies of scale' (Extract A, paragraph 2).
156 exam-style questions on AQA A Level Economics 1.4 Production, costs and revenue, covering 1.4.1 Production and productivity, 1.4.2 Specialisation, division of labour and exchange, 1.4.3 The law of diminishing returns and returns to scale (A-level only), 1.4.4 Costs of production, 1.4.5 Economies and diseconomies of scale, 1.4.6 Marginal, average and total revenue, 1.4.7 Profit, and 1.4.8 Technological change (A-level only). Each one has a worked solution and a mark scheme showing where the marks go.