Designing the next generation tape measure lineup for an iconic brand
Designing the next generation tape measure lineup for an iconic brand
Product Strategy
Product Strategy
Human Factors + Physical Interaction
Human Factors + Physical Interaction
Design for Manufacturing + Launch
Design for Manufacturing + Launch
Role:
Industrial Design Lead
Team:
2 Product Managers + 2 Engineers
Timeline:
5 Months // 2023 - 2024
Role:
Industrial Design Lead
Team:
2 Product Managers + 2 Engineers
Timeline:
5 Months // 2023 - 2024
Navigation
The Challenge:
The Challenge:
How do you design something better than its predecessors when being different isn't enough?
How do you design something better than its predecessors when being different isn't enough?
How do you design something better than its predecessors when being different isn't enough?
Crescent's tape measures were one of Apex Tool Group's most profitable and recognized lines. The original Shockforce had helped build that reputation since its 2019 launch. So the brief carried real weight: improve something professionals already trusted, across three price tiers, in a category run by legacy brands.
Crescent's tape measures were one of Apex Tool Group's most profitable and recognized lines. The original Shockforce had helped build that reputation since its 2019 launch. So the brief carried real weight: improve something professionals already trusted, across three price tiers, in a category run by legacy brands.
Improve on the predecessor and exceed user expectations
Improve on the predecessor and exceed user expectations
A System Solution
The original sold well and earned a loyal user base. Every change had to earn its place by performing better and not simply by looking new on the shelf.
The original sold well and earned a loyal user base. Every change had to earn its place by performing better and not simply by looking new on the shelf.
Why a connected earbuds-app-AI system, and not a simpler single-surface solution.
Why a connected earbuds-app-AI system, and not a simpler single-surface solution.
Match and outperform category leaders where it matters
Match and outperform category leaders where it matters
A System Solution
Legacy brands have shaped what the market has come to know and expect. The lineup needed to meet those established standards while finding meaningful ways to outperform them.
Legacy brands have shaped what the market has come to know and expect. The lineup needed to meet those established standards while finding meaningful ways to outperform them.
Why a connected earbuds-app-AI system, and not a simpler single-surface solution.
Why a connected earbuds-app-AI system, and not a simpler single-surface solution.
Result:
Result:
A clearer, more competitive tape measure lineup with a distinct role for every tier.
A clearer, more competitive tape measure lineup with a distinct role for every tier.
Before and after, across all 3 tiers
Before and after, across all 3 tiers
Every design decision, from form and material strategy to visual language and blade graphics, traced back to what professionals needed, what each tier had to achieve, and what Crescent needed to stand for in the category.
Every design decision, from form and material strategy to visual language and blade graphics, traced back to what professionals needed, what each tier had to achieve, and what Crescent needed to stand for in the category.
Built on user-grounded criteria
Redefined what makes a good tape measure through user research and competitive analysis, then used those criteria to guide the design.
Built on user-grounded criteria
Redefined what makes a good tape measure through user research and competitive analysis, then used those criteria to guide the design.
Defined by a clear segmentation strategy
Created a clear feature ladder between tiers that aligned with business goals, while maintaining a consistent visual language across the lineup.
Defined by a clear segmentation strategy
Created a clear feature ladder between tiers that aligned with business goals, while maintaining a consistent visual language across the lineup.
// My Contributions
// My Contributions
My full prototyping collections
My full prototyping collections
As Industrial Design Lead and the sole industrial designer on the project, I led the design from early research through pre-production.
As Industrial Design Lead and the sole industrial designer on the project, I led the design from early research through pre-production.
I made the greatest impact in three areas:
I made the greatest impact in three areas:
I made the greatest impact in three areas:
// Contribution 1
Product Strategy + Design Criteria
Translated user research into shared design criteria, then partnered with PM to shape a Good / Better / Best strategy with a distinct role for each tier.
// Contribution 1
Product Strategy + Design Criteria
Translated user research into shared design criteria, then partnered with PM to shape a Good / Better / Best strategy with a distinct role for each tier.
// Contribution 1
Product Strategy + Design Criteria
Translated user research into shared design criteria, then partnered with PM to shape a Good / Better / Best strategy with a distinct role for each tier.
// Contribution 2
Human Factors + Physical Interaction Design
Established an ergonomic and physical interaction benchmark for the lineup that became a reference for Crescent's future tape measure development.
// Contribution 2
Human Factors + Physical Interaction Design
Established an ergonomic and physical interaction benchmark for the lineup that became a reference for Crescent's future tape measure development.
// Contribution 2
Human Factors + Physical Interaction Design
Established an ergonomic and physical interaction benchmark for the lineup that became a reference for Crescent's future tape measure development.
// Contribution 3
Design for Manufacturing + Launch
Drove design execution through tooling and pre-production, partnering with engineering and suppliers to resolve manufacturing constraints and protect design intent.
// Contribution 3
Design for Manufacturing + Launch
Drove design execution through tooling and pre-production, partnering with engineering and suppliers to resolve manufacturing constraints and protect design intent.
// Contribution 3
Design for Manufacturing + Launch
Drove design execution through tooling and pre-production, partnering with engineering and suppliers to resolve manufacturing constraints and protect design intent.
// Outcome + Impact
// Outcome + Impact
Since launching in Q2 2025, the lineup has sold at twice the rate of comparable competitors at Lowe's.
Since launching in Q2 2025, the lineup has sold at twice the rate of comparable competitors at Lowe's.
Products in the Lowe's store
Products in the Lowe's store
The commercial result validated the strategy behind the lineup: distinct product tiers, a shared ergonomic benchmark, and design intent carried consistently into production.
The commercial result validated the strategy behind the lineup: distinct product tiers, a shared ergonomic benchmark, and design intent carried consistently into production.
The ergonomic process also influenced future product development within the team, establishing me as the go-to designer for ergonomics-focused projects.
The ergonomic process also influenced future product development within the team, establishing me as the go-to designer for ergonomics-focused projects.
// Product Strategy + Design Criteria
// Product Strategy + Design Criteria
Building a three-tier lineup without creating three versions of the same product
Building a three-tier lineup without creating three versions of the same product
Building a three-tier lineup without creating three versions of the same product
3 tiers of the new Crescent Tapes
3 tiers of the new Crescent Tapes
Crescent needed a Good / Better / Best family that could serve different price points without diluting user value or brand coherence. I synthesized user and market evidence into shared design criteria, then partnered with Product Management to define a distinct role for each tier.
Crescent needed a Good / Better / Best family that could serve different price points without diluting user value or brand coherence. I synthesized user and market evidence into shared design criteria, then partnered with Product Management to define a distinct role for each tier.
I first defined what needed to remain true across every tier, then translated those findings into shared criteria the team could use to evaluate design decisions throughout the project.
I first defined what needed to remain true across every tier, then translated those findings into shared criteria the team could use to evaluate design decisions throughout the project.
Through desk research, competitive evaluation, and 25 interviews with construction professionals, four needs consistently emerged: ergonomics, versatility, durability, and readability.
Through desk research, competitive evaluation, and 25 interviews with construction professionals, four needs consistently emerged: ergonomics, versatility, durability, and readability.
Ergonomic / Control
Comfort and control across hand sizes and repeated handling.
Ergonomic / Control
Comfort and control across hand sizes and repeated handling.
Versatility / Usability
Fast, intuitive use across tasks and jobsite conditions.
Versatility / Usability
Fast, intuitive use across tasks and jobsite conditions.
Durability / Longevity
Protection against drops, wear, and repeated professional use.
Durability / Longevity
Protection against drops, wear, and repeated professional use.
Readability / Legibility
Clear measurement information across distances and lighting.
Readability / Legibility
Clear measurement information across distances and lighting.
User needs defined the foundation, but market evidence defined where each product could compete.
User needs defined the foundation, but market evidence defined where each product could compete.
I evaluated competing products through hands-on testing, feature comparison, pricing analysis, and customer feedback.
This helped distinguish the qualities every Crescent tape needed from the features and experiences that should differentiate each tier.
I evaluated competing products through hands-on testing, feature comparison, pricing analysis, and customer feedback.
This helped distinguish the qualities every Crescent tape needed from the features and experiences that should differentiate each tier.
Competitive Product Testing + Evaluation
Competitive Product Testing + Evaluation
01 // Test the products
Understand how leading products performed in actual handling.
01 // Test the products
Understand how leading products performed in actual handling.
02 // Map features and value
Compare how competitors allocated usability, protection, and perceived value.
02 // Map features and value
Compare how competitors allocated usability, protection, and perceived value.
03 // Identify opportunities
Find where Crescent could create clearer differentiation rather than compete through price alone.
03 // Identify opportunities
Find where Crescent could create clearer differentiation rather than compete through price alone.
Combining user and market insights, we developed a clear segmentation strategy for the entire product line.
Combining user and market insights, we developed a clear segmentation strategy for the entire product line.
The four criteria remained consistent across the family. The strategic decision was how strongly each tier should express them, where features should be allocated, and what value each product should communicate.
The four criteria remained consistent across the family. The strategic decision was how strongly each tier should express them, where features should be allocated, and what value each product should communicate.
Product segmentation strategy
Product segmentation strategy
Features per series breakdown
Features per series breakdown
// Human Factors + Physical Interaction Design
// Human Factors + Physical Interaction Design
Why the slimmest design isn't always the most ergonomic.
Why the slimmest design isn't always the most ergonomic.
Why the slimmest design isn't always the most ergonomic.
Early in development, Product Management pushed for the cases to be as slim as possible. The business rationale made sense, but compactness, internal architecture, and hand fit could not be resolved through preference alone. I needed a measurable foundation for defining the form:
Early in development, Product Management pushed for the cases to be as slim as possible. The business rationale made sense, but compactness, internal architecture, and hand fit could not be resolved through preference alone. I needed a measurable foundation for defining the form:
I translated human dimensions into ergonomic benchmarks that Design, Engineering, and Product Management could evaluate against.
I translated human dimensions into ergonomic benchmarks that Design, Engineering, and Product Management could evaluate against.
I translated human dimensions into ergonomic benchmarks that Design, Engineering, and Product Management could evaluate against.
Anthropometric study
Anthropometric study
I compared median hand and finger dimensions against leading 25-foot tape profiles to understand where existing products aligned or failed to align with the hand. From that analysis, I established target dimensions for case width, height, curvature, and control reach.
I compared median hand and finger dimensions against leading 25-foot tape profiles to understand where existing products aligned or failed to align with the hand. From that analysis, I established target dimensions for case width, height, curvature, and control reach.
Competitive ergonomic study
Competitive ergonomic study
Optimal ergonomic benchmark
Optimal ergonomic benchmark
The ergonomic benchmark had to work around the product's internal architecture. The goal was to create the best possible interaction within real engineering constraints, not force the internal system into a predetermined ergonomic shape.
The ergonomic benchmark had to work around the product's internal architecture. The goal was to create the best possible interaction within real engineering constraints, not force the internal system into a predetermined ergonomic shape.
Working with Engineering, I combined the ergonomic targets with drum size, spring space, screw placement, wall thickness, internal structure, and assembly requirements. This established a viable design envelope before detailed form development began.
Working with Engineering, I combined the ergonomic targets with drum size, spring space, screw placement, wall thickness, internal structure, and assembly requirements. This established a viable design envelope before detailed form development began.
Understanding the internal structure and components
Understanding the internal structure and components
I tested the benchmark through functional physical prototypes, turning a subjective review into an interaction-based decision.
I tested the benchmark through functional physical prototypes, turning a subjective review into an interaction-based decision.
I produced more than ten physical iterations per tape, using real drum and spring components so each direction could be held and evaluated as a functioning object—not a hollow appearance model. Each iteration tested a relationship between hand fit, finger control, compactness, visual proportion, and internal architecture.
I produced more than ten physical iterations per tape, using real drum and spring components so each direction could be held and evaluated as a functioning object—not a hollow appearance model. Each iteration tested a relationship between hand fit, finger control, compactness, visual proportion, and internal architecture.
Ergonomic concept prototyping
Ergonomic concept prototyping
I led a cross-functional toll-gate review using functional prototypes across all three tiers. Instead of reacting to renderings, Engineering, Product Management, and leadership could hold each concept, operate it, and compare the experience directly. The team aligned on the ergonomic direction across the lineup with only minor refinements required.
I led a cross-functional toll-gate review using functional prototypes across all three tiers. Instead of reacting to renderings, Engineering, Product Management, and leadership could hold each concept, operate it, and compare the experience directly. The team aligned on the ergonomic direction across the lineup with only minor refinements required.
Usability testings / Toll-gate review with team and stakeholders
Usability testings / Toll-gate review with team and stakeholders
Form defined where the hand fit. Material defined where control and protection mattered.
Form defined where the hand fit. Material defined where control and protection mattered.
I combined grip-contact mapping with Engineering’s competitive failure data and earlier product learnings to identify where overmold was essential for grip, impact protection, and repeated handling. This allowed the team to evaluate material placement through evidence rather than debating how much overmold simply looked or felt appropriate.
I combined grip-contact mapping with Engineering’s competitive failure data and earlier product learnings to identify where overmold was essential for grip, impact protection, and repeated handling. This allowed the team to evaluate material placement through evidence rather than debating how much overmold simply looked or felt appropriate.
Overmold placement study // case grip
Overmold placement study // case grip
Overmold placement study // case protection
Overmold placement study // case protection
A validated ergonomic model guided form, control, and material decisions across all three tiers.
A validated ergonomic model guided form, control, and material decisions across all three tiers.
A validated ergonomic model guided form, control, and material decisions across all three tiers.
The framework aligned Design, Engineering, and Product Management around a shared physical-interaction benchmark and later became a reference for Crescent’s future tape-measure development.
The framework aligned Design, Engineering, and Product Management around a shared physical-interaction benchmark and later became a reference for Crescent’s future tape-measure development.
Moodboard
Moodboard
Aesthetic refinement
Aesthetic refinement
// Design for Manufacturing + Launch
// Design for Manufacturing + Launch
Going beyond the design handoff.
Going beyond the design handoff.
Going beyond the design handoff.
I stayed involved through weekly Engineering collaboration, supplier DFM reviews, and hands-on evaluation of alpha, beta, and pilot builds so manufacturing tradeoffs could be resolved collaboratively and not after they had already become permanent.
I stayed involved through weekly Engineering collaboration, supplier DFM reviews, and hands-on evaluation of alpha, beta, and pilot builds so manufacturing tradeoffs could be resolved collaboratively and not after they had already become permanent.
I tracked the design through development and made changes to ensure the ergonomic benchmark and tier-specific design intent survived production decisions:
I tracked the design through development and made changes to ensure the ergonomic benchmark and tier-specific design intent survived production decisions:
I tracked the design through development and made changes to ensure the ergonomic benchmark and tier-specific design intent survived production decisions:
Engineering integration
Resolve internal architecture, structure, assembly, and external form together.
Engineering integration
Resolve internal architecture, structure, assembly, and external form together.
Engineering integration
Resolve internal architecture, structure, assembly, and external form together.
Supplier DFM
Adapt geometry to tooling and process capabilities.
Supplier DFM
Adapt geometry to tooling and process capabilities.
Supplier DFM
Adapt geometry to tooling and process capabilities.
Build reviews
Compare physical samples against approved ergonomic, functional, and visual benchmarks.
Build reviews
Compare physical samples against approved ergonomic, functional, and visual benchmarks.
Build reviews
Compare physical samples against approved ergonomic, functional, and visual benchmarks.
Engineering collaboration (DFM + DFMA) + Testings
Engineering collaboration (DFM + DFMA) + Testings
Not every design detail survived production, but the lineup's core ergonomic geometry and tier-specific design features remained intact.
Not every design detail survived production, but the lineup's core ergonomic geometry and tier-specific design features remained intact.
Not every design detail survived production, but the lineup's core ergonomic geometry and tier-specific design features remained intact.
Manufacturing constraints were resolved collaboratively with Engineering and suppliers, while cost, structural performance, tooling capability, and user experience remained visible in the final decisions.
Manufacturing constraints were resolved collaboratively with Engineering and suppliers, while cost, structural performance, tooling capability, and user experience remained visible in the final decisions.
Pilot samples review
// Final Design
// Final Design
One Family, Three Clear Roles
One Family, Three Clear Roles
One Family, Three Clear Roles
What began as a design refresh became a full product development effort, shaped by deep ergonomic work, cross-functional collaboration, and a clear strategy for both users and the business.
What began as a design refresh became a full product development effort, shaped by deep ergonomic work, cross-functional collaboration, and a clear strategy for both users and the business.
// ControlTouch Series
// ControlTouch Series
ControlTouch is built around ergonomics, precision, and compact control.
ControlTouch is built around ergonomics, precision, and compact control.
ControlTouch is built around ergonomics, precision, and compact control.
The case was optimized for easy handling, with overmold placed at essential grip and drop-protection zones. A fingertip control zone shaped specifically around index finger anthropometrics defines the series.
Clean lines, restrained detailing, and a 1-3/8" glossy blade with enlarged typography and clear fractional markings make it the most approachable tape in the lineup — without feeling like a compromise.
The case was optimized for easy handling, with overmold placed at essential grip and drop-protection zones. A fingertip control zone shaped specifically around index finger anthropometrics defines the series.
Clean lines, restrained detailing, and a 1-3/8" glossy blade with enlarged typography and clear fractional markings make it the most approachable tape in the lineup — without feeling like a compromise.
// Workhorse Series
// Workhorse Series
Workhorse is built on the same ergonomic foundation as ControlTouch, with more protection for demanding jobsite use.
Workhorse is built on the same ergonomic foundation as ControlTouch, with more protection for demanding jobsite use.
Workhorse is built on the same ergonomic foundation as ControlTouch, with more protection for demanding jobsite use.
Overmold expands into higher-impact zones including the rail and tape mouth. More intricate spoke patterning, wrap-around cross-bar detailing, and a 1-1/4" semi-gloss blade with NiteEye printing and dual-sided markings give Workhorse a more rugged, professional expression — while staying comfortable and consistent within the family.
Overmold expands into higher-impact zones including the rail and tape mouth. More intricate spoke patterning, wrap-around cross-bar detailing, and a 1-1/4" semi-gloss blade with NiteEye printing and dual-sided markings give Workhorse a more rugged, professional expression — while staying comfortable and consistent within the family.
// Shockforce Series
// Shockforce Series
Shockforce is the most durable and premium tape in the lineup, built for professionals who demand maximum protection without giving up ergonomic comfort.
Shockforce is the most durable and premium tape in the lineup, built for professionals who demand maximum protection without giving up ergonomic comfort.
Shockforce is the most durable and premium tape in the lineup, built for professionals who demand maximum protection without giving up ergonomic comfort.
Engineered to survive a 120-foot drop test. A distinctive W-profile blade for greater rigidity, oversized NiteEye markings, and a multi-color graphic system push readability further than either tier below it.
A crosshair wrap, metal rail, substrate reinforcements, protected screw zones, and a strengthened tether area reinforce the product throughout - every detail earning its place in the toughest tape Crescent has built.
Engineered to survive a 120-foot drop test. A distinctive W-profile blade for greater rigidity, oversized NiteEye markings, and a multi-color graphic system push readability further than either tier below it.
A crosshair wrap, metal rail, substrate reinforcements, protected screw zones, and a strengthened tether area reinforce the product throughout - every detail earning its place in the toughest tape Crescent has built.
All work © Yu-Cheng Yang // 2026