$10-20K per failed pursuit. 80% failure rate. Do the math. Then consider the alternative.
Every sales pursuit has a direct cost. For B2B engineering services and semiconductor design-ins, the typical fully-loaded cost of a failed pursuit falls between $10,000 and $20,000. This includes sales team time (40-80 hours at $75-150/hr), travel expenses for on-site meetings ($2,000-5,000 per trip), sample hardware and evaluation kits ($1,000-3,000), and engineering pre-sales support (20-40 hours of technical staff time).
These numbers come from real pipeline data. In 2025, B2B meeting booking costs ranged from $3,000-5,000 per meeting for mid-market and enterprise accounts, with engineering verticals showing conversion rates around 1.2%, among the lowest across B2B industries. That low conversion rate means most of the investment in each pursuit is wasted.
For semiconductor vendors, add the cost of evaluation boards, reference designs, and application engineering support. A single design-in pursuit that fails after the evaluation stage can easily exceed $20,000 in direct expenses before accounting for any engineering time spent on custom demonstrations or proof-of-concept work.
The semiconductor and electronic component industry operates with some of the lowest sales efficiency ratios in B2B. Design-in failure rates typically range from 70-85%, meaning only 15-30% of pursued opportunities result in a won design. RFQ win rates across engineering services average 5-10% for cold or competitive situations, rising to 30-45% for pre-qualified opportunities.
The average RFP/RFQ win rate across all B2B industries improved to 45% in 2025, up from 43% in 2024. But this average masks significant variation. Top-performing firms report win rates above 60%, while the bottom quartile operates below 20%. Engineering and industrial sectors consistently underperform the B2B average due to longer sales cycles, higher technical complexity, and multi-stakeholder decision processes.
For context: management consulting firms (McKinsey, BCG, Bain) convert proposals at roughly 30-50% but charge $500K+ per engagement to cover the cost of lost pursuits. Semiconductor vendors do not have that pricing cushion. A $50K design-in project cannot absorb $100K in pursuit costs.
The arithmetic is straightforward. A mid-size sales engineering team pursuing 10 new design-in opportunities per year at $15,000 average pursuit cost spends $150,000 annually on pursuits. At the industry-average 80% failure rate, $120,000 of that investment produces zero return.
Over three years, that is $360,000 in wasted pursuit costs. Add the opportunity cost of the engineering hours consumed, and the real number doubles. Add the cost of replacing demoralized sales engineers who leave, and it doubles again.
The compound effect extends beyond direct costs. Each failed pursuit trains the organization to accept failure as normal. Proposal quality declines because "we probably will not win anyway." Customer research becomes superficial because "they will just go with the lowest bidder." The team optimizes for volume (more proposals, less preparation) rather than quality (fewer proposals, deeper research). This is a death spiral that accelerates with each iteration.
The same $15,000 that funds one speculative pursuit in the traditional model funds a complete product concept in the Model T pipeline. That concept includes 40-80 hours of OSINT research, stakeholder profiling, technology gap analysis, competitive positioning, system architecture, BOM estimation, and go-to-market strategy.
The Munich/Switzerland roadshow validated this model: 7 meetings, 75% positive response rate, zero negative reactions. Two to three validated concepts per engagement, each tailored to a specific company based on deep research, delivered white-labeled to the client's sales team.
The risk model shifts from "shotgun" (many untargeted proposals, high failure rate) to "sniper" (few deeply researched concepts, high conversion rate). The total investment is similar. The return is fundamentally different. Instead of $120,000 wasted on 8 failed pursuits, you invest $15,000 in 2-3 concepts that have a 75% chance of generating a positive client response.
It is a fully-loaded cost estimate that includes sales team time (40-80 hours), travel, samples/evaluation kits, and engineering pre-sales support. The range accounts for variation in travel costs and depth of technical engagement. Companies with higher-touch sales processes (on-site demonstrations, custom proof-of-concepts) will be at the upper end.
The 45% average RFP win rate across all B2B industries in 2025 includes sectors like SaaS and professional services where the sales cycle is shorter and the deliverable is more standardized. Semiconductor design-ins and custom engineering services consistently fall below this average due to technical complexity, longer evaluation cycles, and multi-vendor competition.
By keeping the research depth constant. The pipeline uses quality gates at every stage: lead qualification, company profiling, signal scoring, technical review, and product validation. Low-quality opportunities are killed early, before concept creation begins. The 75% rate applies to concepts that pass all quality gates, not to the initial target list.
A positive response means the client expressed interest in continuing the conversation: requesting a follow-up meeting, asking for a detailed proposal, or identifying internal stakeholders to involve. It does not mean a signed contract. The roadshow data shows 75% of meetings resulted in continued engagement, with the remaining 25% being polite declines with constructive feedback.