| Course | GB580 Strategic Management |
|---|---|
| Unit | Unit 4 |
| Paper type | Internal capabilities analysis |
| Length | About 1,100 words, 6 pages double-spaced |
| Format | APA 7 student paper |
| School | Purdue University Global |
| Program | MBA |
| Updated | October 2026 |
Free sample paper for GB580 Unit 4
The Strength That Matters Less Than It Feels: A Unit 4 Internal Capabilities Analysis of Tollefson Body Works
[Student Name]
Purdue University Global
GB580: Strategic Management
Unit 4 Internal Capabilities Analysis
[Instructor Name]
[Date]
Tollefson Body Works, its rivals and every measure are composite and illustrative; the frameworks and sources cited are real.
Resources Before Capabilities
Grant (1991) distinguishes resources, the things a firm owns, from capabilities, the things it can do with them. Tollefson's main resources are a 180,000-square-foot plant in De Pere, Wisconsin, with foam injection, panel assembly and mounting bays; a paint line; 34 dealers spread over six states; a customer base weighted toward regional grocery and dairy fleets, about 60 percent of sales; approved body builder status with two diesel truck makers; and a supply contract with a single Indiana laminator that provides most of its insulated panels. About 260 employees work in the plant and offices, including six engineers.
Two Scales, Eleven Capabilities
Each capability below is rated on two scales from 1 to 5. Importance measures how much the capability matters to the electric chassis question set in Unit 1. Strength measures how Tollefson compares with two rival types: a national builder with several plants, and a regional shop of similar size in a neighboring state. Each strength rating rests on a measure.
Custom engineering speed. Tollefson quotes a custom body in about three days, against about ten for the national builder and five for the regional shop. Importance 2, strength 5.
Weight reduction engineering. Tollefson's standard 16-foot refrigerated body weighs about 3,500 pounds, the national builder's lightest comparable body about 3,150 and the regional shop's about 3,600. Importance 5, strength 2.
Thermal performance. Insulation-related warranty claims run about 1.1 per hundred bodies over five years, against about 1.6 for the national builder. Importance 4, strength 4.
Multi-temperature design. Tollefson builds bodies with movable bulkheads that hold frozen, chilled and ambient compartments, about 40 percent of its refrigerated output. Importance 4, strength 4.
Electric refrigeration unit integration. Tollefson has built six bodies with electric refrigeration units, all as trials. The national builder has built more than two hundred. Importance 5, strength 1.
On-time delivery. Tollefson delivers 91 percent of bodies by the promised date, against about 84 percent for the national builder and 88 percent for the regional shop. Importance 3, strength 4.
Dealer relationships. Dealer surveys rate Tollefson highly for communication and problem solving. Importance 3, strength 4.
Field service and warranty response. Tollefson resolves warranty claims in about nine days, against about fourteen for the national builder. Importance 3, strength 4.
Cost efficiency. Tollefson uses about 118 labor hours per standard refrigerated body, against about 92 at the national builder. Importance 3, strength 2.
Paint and finish quality. Tollefson's finish is consistently praised by dealers. Importance 1, strength 4.
Chassis maker relationships. Tollefson holds approved builder status with two diesel truck makers and none of the electric truck makers. Importance 5, strength 2.
The Grid
Plotting importance against strength places each capability in one of four corners.
Key strengths, important and strong: thermal performance and multi-temperature design. These are capabilities a lightweight strategy would build on, since a lighter body must still hold temperature and electric routes often carry mixed loads.
Key weaknesses, important and weak: weight reduction engineering, electric refrigeration unit integration and chassis maker relationships. These are the three capabilities the electric question depends on most, and Tollefson is behind in all three.
Superfluous strengths, strong but less important: custom engineering speed and paint quality. Both help Tollefson win orders today, but neither does much to answer the term question.
Middle ground: on-time delivery, dealer relationships, field service and cost efficiency sit near the center of the grid. They matter for any strategy, but none decides this one.
The capability Tollefson is proudest of answers yesterday's question; the one it lacks answers tomorrow's.
A Strength That Matters Less Than It Feels
Custom engineering speed is Tollefson's identity. Sales staff describe it first, and it explains why regional fleets with unusual requirements keep returning. But a lightweight body for electric chassis is not mainly a custom problem. It is a materials and design problem that, once solved, would be built in standard sizes. Fast quoting does not reduce weight. Barney (1991) argues that a resource creates sustained advantage only if it is valuable, rare and hard to imitate, and custom speed is valuable to today's customers but does little for the customers the electric question concerns.
Weight: Important and Missing
The gap in weight reduction is about 350 pounds against the national builder and more against the target a lightweight strategy would set. Closing it requires materials knowledge, such as composite skins and lighter foam cores, and design methods, such as finite element analysis of panel stiffness, that Tollefson's six engineers do not currently practice. It also depends on panels, which come from a laminator that builds to Tollefson's existing specifications.
The gap is wider than the pounds suggest. The national builder reached its lighter body by switching to thinner aluminum skins on a conventional foam core, a route that saves some weight but has little room left. Reaching a 2,900-pound body, which Unit 5 will propose, would require a different construction: composite skins bonded to a lighter core, fewer metal fasteners and a redesigned floor. None of Tollefson's engineers has built a body that way. The firm also lacks the testing methods to prove that a lighter body will hold temperature and resist damage over ten years of daily loading, which grocery fleets will ask to see before ordering. Weight reduction is therefore not one skill but three: materials selection, structural design and long-term testing. Each could be learned, but not quickly, and not by the same six engineers who now handle every custom order.
Build, Buy or Borrow
Capron and Mitchell (2012) suggest that firms short of a capability should choose deliberately among building it internally, borrowing it through contracts or alliances, and buying it through acquisition. For each key weakness, the analysis makes a preliminary call. Weight reduction should be borrowed first, through licensing a proven lightweight design, and then built, by hiring a materials engineer to adapt it. Electric unit integration should be built, through a training and pilot agreement with a refrigeration unit maker. Chassis maker relationships should be built by applying to the body builder programs of the electric truck makers. Buying, through acquiring a builder that already has these capabilities, is likely too expensive for a firm of Tollefson's size, a point Unit 6 will test.
References
Barney, J. (1991). Firm resources and sustained competitive advantage. Journal of Management, 17(1), 99-120. https://doi.org/10.1177/014920639101700108
Capron, L., & Mitchell, W. (2012). Build, borrow, or buy: Solving the growth dilemma. Harvard Business Review Press.
Grant, R. M. (1991). The resource-based theory of competitive advantage: Implications for strategy formulation. California Management Review, 33(3), 114-135. https://doi.org/10.2307/41166664
The Purdue Global GB580 Unit 4 instructions
Unit 4 in GB580 turns from the environment to the company itself. Start by listing the firm's resources, the plants, people, relationships and contracts it owns or controls. Then identify its capabilities, what it can do with those resources, and rate each on two scales: how much it matters to the term question and how strong it is compared with named rivals. Support every strength rating with a measure such as turnaround time, defect rate or delivery performance. Plot the ratings on a grid that separates key strengths, key weaknesses, strengths that matter less and weaknesses that matter less. Discuss any surprises. Close by considering how the firm could close its key weaknesses, whether by building, buying or borrowing. Seven pages with APA 7 citations fits most sections.
How this GB580 Unit 4 example is built
The paper first separates resources from capabilities using Grant, listing a 180,000-square-foot plant, the dealer network, two approved chassis programs and a single panel supplier. Eleven capabilities follow, each with an importance score, a strength score and the measure behind it, such as 118 labor hours per body against 92. The grid section sorts them into four groups, and the highlighted line contrasts yesterday's strength with tomorrow's need. A section on custom engineering speed applies Barney's tests to explain why it matters less than it feels. The weight section breaks the gap into materials, structural design and long-term testing. Capron and Mitchell's framework then gives each key weakness a preliminary build, buy or borrow decision.
GB580 Unit 4 rubric: what earns full points
GB580 rubrics for this unit reward evidence over adjectives. Separating resources from capabilities shows conceptual clarity. Rating each capability on importance and relative strength, rather than listing strengths, shows the writer understands what makes a capability strategic. A measure behind every strength rating earns heavy weight, because claims such as excellent service cannot be graded without one. Comparison with named rival types adds credibility. The grid, and especially honest placement of weaknesses, carries significant points, since later units depend on it. Discussion of a surprising result, such as a valued strength that matters little, shows judgment. A closing build, buy or borrow call links the analysis to corporate strategy, and clean APA 7 references complete the grade.
GB580 Unit 4 help from the desk
Many GB580 capability papers are SWOT strengths lists with no measures and no comparison with rivals. Others treat every resource as a capability, so a building and a skill appear on the same list. A common gap is rating capabilities in general rather than against the term question, which produces a grid that cannot guide a decision. Writers often understate weaknesses to make the company look strong, leaving the corporate and implementation units with nothing to fix. Some skip the comparison with rivals entirely. Separate what the firm owns from what it can do, rate each capability for importance and relative strength, back every rating with a number, place weaknesses honestly and say how each key weakness could be closed. Ask through the form here for a free custom analysis of your firm.
Get a GB580 Unit 4 example written to your instructions
Tell us the company you have carried since Unit 1 and upload the internal analysis instructions and rubric, plus your external scan if it is written. The custom appraisal ranks that firm's capabilities against the question your project is asking and backs every score with a measure. It returns in 24-48h; the first request is free. The paper above is an original model document written by our desk, not a submitted student paper and not an official Purdue University Global document.
More GB580 papers and MBA samples
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GB580 Unit 4 questions, answered
Is this the same as the strengths half of a SWOT?
Not quite. A SWOT lists strengths, while an internal capabilities analysis asks which of them matter, how they compare with rivals and what evidence supports them. Many GB580 sections expect the deeper version here, sometimes with VRIO or a similar test. The SWOT can still appear later as a summary, built from what this unit found rather than written in its place.
How can a private company's capabilities be measured?
Through indicators that exist even without public filings: turnaround times, defect or warranty rates, delivery performance, employee tenure, customer concentration. For a composite or private firm, bracketed estimates labeled as such are acceptable in many sections. What graders object to is a claim with no basis at all, not an estimate that says openly how it was reached.
Should weaknesses be included if the strategy will fix them?
Yes, and they are often the most useful part of the paper. A weakness identified now becomes the reason for a corporate or implementation move later, which makes the whole project hang together. Hiding weaknesses to make the firm look strong tends to backfire, because the later units then have nothing to repair and the plan looks unmotivated.
Where can I find a free GB580 Unit 4 sample paper?
The full GB580 Unit 4 internal capabilities analysis on this page rates eleven capabilities of a composite truck body builder with a measure behind each, plots them on a four-corner grid and closes with build, buy or borrow decisions.
Is a dealer network a resource or a capability in GB580 Unit 4?
A resource is something the firm owns or controls, such as a plant or a dealer network. A capability is what the firm can do with its resources, such as building a light body that holds temperature for ten years.