Designing the next generation tape measure lineup for an iconic brand.
Designing the next generation tape measure lineup for an iconic brand.
Designing the next generation tape measure lineup for an iconic brand.
Industrial Design
Industrial Design
Human Factors + Physical Interaction
Human Factors + Physical Interaction
Product Strategy
Product Strategy
Role:
Industrial Design Lead
Team:
2 Product Managers + 2 Engineers
Timeline:
5 Months // 2023 - 2024
Context:
Crescent brand of Apex Tool Group
Role:
Industrial Design Lead
Team:
2 Product Managers + 2 Engineers
Timeline:
5 Months // 2023 - 2024
Context:
Crescent brand of Apex Tool Group
Navigation
Have you ever thought about what makes a good tape measure?
Have you ever thought about what makes a good tape measure?
Most people probably have not, including me. That changed when I was asked to design Crescent’s next-generation tape measure lineup. For construction professionals, it is one of the most relied-on tools on the job. In a market crowded with features and performance claims, what actually makes one good?
Product management prioritized slimness. Engineering prioritized durability. Both perspectives had merit, but before accepting either assumption, I wanted to learn from the people who used the tool the most.
Most people probably have not, including me. That changed when I was asked to design Crescent’s next-generation tape measure lineup. For construction professionals, it is one of the most relied-on tools on the job. In a market crowded with features and performance claims, what actually makes one good?
Product management prioritized slimness. Engineering prioritized durability. Both perspectives had merit, but before accepting either assumption, I wanted to learn from the people who used the tool the most.
The design approach:
The design approach:
Challenge internal assumptions by studying how construction professionals actually choose and use tape measures, then turn those findings into one focused design benchmark for the full lineup.
Challenge internal assumptions by studying how construction professionals actually choose and use tape measures, then turn those findings into one focused design benchmark for the full lineup.
// The Result
// The Result
A three-tier Crescent tape measure lineup built around a shared understanding of how professionals use and rely on the tool.
A three-tier Crescent tape measure lineup built around a shared understanding of how professionals use and rely on the tool.
ControlTouch, Workhorse, and Shockforce serve different levels of performance and durability, but all three came from the same rigorous user research and competitive analysis.
That research defined four shared design criteria - ergonomics, usability, durability, and readability - which guided the full lineup. I then adjusted how far each criterion was pushed to give each tier a distinct role while keeping the products connected as one family.
ControlTouch, Workhorse, and Shockforce serve different levels of performance and durability, but all three came from the same rigorous user research and competitive analysis.
That research defined four shared design criteria - ergonomics, usability, durability, and readability - which guided the full lineup. I then adjusted how far each criterion was pushed to give each tier a distinct role while keeping the products connected as one family.
Ergonomics
Comfort and confident control across hand sizes and repeated use.
Ergonomics
Comfort and confident control across hand sizes and repeated use.
Ergonomics
Comfort and confident control across hand sizes and repeated use.
Usability
Fast, intuitive operation across tasks and jobsite conditions.
Usability
Fast, intuitive operation across tasks and jobsite conditions.
Usability
Fast, intuitive operation across tasks and jobsite conditions.
Durability
Protection against drops, wear, and repeated professional use.
Durability
Protection against drops, wear, and repeated professional use.
Durability
Protection against drops, wear, and repeated professional use.
Readability
Clear measurement information across distances and lighting conditions.
Readability
Clear measurement information across distances and lighting conditions.
Readability
Clear measurement information across distances and lighting conditions.
The same criteria guided all three products but each tier emphasized them differently:
The same criteria guided all three products but each tier emphasized them differently:
Compact control
Compact control
Prioritizes comfort and one-handed control in the lineup’s most compact form.
Prioritizes comfort and one-handed control in the lineup’s most compact form.
Balanced performance
Balanced performance
Balances durability, blade visibility, and versatility for everyday professional use.
Balances durability, blade visibility, and versatility for everyday professional use.
Maximum protection
Maximum protection
Pushes impact protection and durability furthest for the most demanding jobsite conditions.
Pushes impact protection and durability furthest for the most demanding jobsite conditions.
// Outcome + Impact
// Outcome + Impact
Since launching in Q2 2025, the lineup has sold at twice the rate of comparable tape measures at Lowe’s.
Since launching in Q2 2025, the lineup has sold at twice the rate of comparable tape measures at Lowe’s.
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 whole lineup in the Lowe's store
The whole lineup in the Lowe's store
The ergonomic benchmarks I built continued to guide Crescent’s tape measure development beyond this lineup. The project also strengthened the Industrial Design team’s credibility across the company, leading other teams to involve me in later ergonomics-driven projects.
The ergonomic benchmarks I built continued to guide Crescent’s tape measure development beyond this lineup. The project also strengthened the Industrial Design team’s credibility across the company, leading other teams to involve me in later ergonomics-driven projects.
// My Contributions
// My Contributions
Full-scale ergonomic, form, and pre-production prototypes
Full-scale ergonomic, form, and pre-production prototypes
As Industrial Design Lead and the sole industrial designer on the project, I led the full lineup from early user research through pre-production. I partnered with product management and engineering to define the design direction, establish the ergonomic benchmark, and carry the work into manufacturing.
As Industrial Design Lead and the sole industrial designer on the project, I led the full lineup from early user research through pre-production. I partnered with product management and engineering to define the design direction, establish the ergonomic benchmark, and carry the work into manufacturing.
My greatest impact came through three connected areas:
My greatest impact came through three connected areas:
// Contribution 1
Product Strategy + Design Criteria
Translated professional-user research into a shared set of design criteria, then partnered with product management to define a clear role for each tier. This gave the team one benchmark for evaluating the lineup rather than relying on separate assumptions about slimness, durability, or features.
// Contribution 1
Product Strategy + Design Criteria
Translated professional-user research into a shared set of design criteria, then partnered with product management to define a clear role for each tier. This gave the team one benchmark for evaluating the lineup rather than relying on separate assumptions about slimness, durability, or features.
// Contribution 1
Product Strategy + Design Criteria
Translated professional-user research into a shared set of design criteria, then partnered with product management to define a clear role for each tier. This gave the team one benchmark for evaluating the lineup rather than relying on separate assumptions about slimness, durability, or features.
// Contribution 2
Human Factors + Physical Interaction Design
Used full-scale prototypes and user feedback to refine hand fit, grip, button placement, balance, and blade control. The resulting ergonomic benchmark guided all three tiers and later became a reference for future tape measure development.
// Contribution 2
Human Factors + Physical Interaction Design
Used full-scale prototypes and user feedback to refine hand fit, grip, button placement, balance, and blade control. The resulting ergonomic benchmark guided all three tiers and later became a reference for future tape measure development.
// Contribution 2
Human Factors + Physical Interaction Design
Used full-scale prototypes and user feedback to refine hand fit, grip, button placement, balance, and blade control. The resulting ergonomic benchmark guided all three tiers and later became a reference for future tape measure development.
// Contribution 3
Design for Manufacturing + Launch
Worked closely with engineering and suppliers through tooling and pre-production to resolve manufacturing constraints while protecting the intended form, physical interaction, and product character.
// Contribution 3
Design for Manufacturing + Launch
Worked closely with engineering and suppliers through tooling and pre-production to resolve manufacturing constraints while protecting the intended form, physical interaction, and product character.
// Contribution 3
Design for Manufacturing + Launch
Worked closely with engineering and suppliers through tooling and pre-production to resolve manufacturing constraints while protecting the intended form, physical interaction, and product character.
// Product Strategy
// Product Strategy
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
User interviews
User interviews
Crescent needed a Good / Better / Best family that could serve different price points without weakening user value or brand consistency. I separated the challenge into two decisions: what every Crescent tape needed to do well, and what each tier needed to own.
Crescent needed a Good / Better / Best family that could serve different price points without weakening user value or brand consistency. I separated the challenge into two decisions: what every Crescent tape needed to do well, and what each tier needed to own.
Through desk research, competitive evaluation, and 25 interviews with construction professionals, 4 needs consistently emerged: control, versatility, durability, and readability.
Through desk research, competitive evaluation, and 25 interviews with construction professionals, 4 needs consistently emerged: control, versatility, durability, and readability.
Competitive Product Testing + Evaluation
Competitive Product Testing + Evaluation
User needs defined what every Crescent tape needed to do well. Competitive testing helped determine where each tier could offer distinct value.
User needs defined what every Crescent tape needed to do well. Competitive testing helped determine where each tier could offer distinct value.
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.
Product Management prioritized a slimmer case, but compactness, finger reach, internal architecture, and repeated handling could not be resolved through preference alone. I created a measurable design envelope that the team could evaluate together.
Product Management prioritized a slimmer case, but compactness, finger reach, internal architecture, and repeated handling could not be resolved through preference alone. I created a measurable design envelope that the team could evaluate together.
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 target also had to contain a fixed mechanical system.
The ergonomic target also had to contain a fixed mechanical system.
Working with Engineering, I overlaid the hand-fit criteria with drum diameter, spring volume, wall thickness, fasteners, structure, and assembly requirements. This defined a viable design envelope before detailed form development began.
Working with Engineering, I overlaid the hand-fit criteria with drum diameter, spring volume, wall thickness, fasteners, structure, and assembly requirements. This defined a viable design envelope before detailed form development began.
Understanding the internal structure and components
Understanding the internal structure and components
Each prototype used real drum and spring components so the team could evaluate hand fit, control reach, compactness, and internal architecture as one functioning system.
Each prototype used real drum and spring components so the team could evaluate hand fit, control reach, compactness, and internal architecture as one functioning system.
Ergonomic concept prototyping
Ergonomic concept prototyping
I led a cross-functional toll-gate review using functional prototypes across all three tiers.
I led a cross-functional toll-gate review using functional prototypes across all three tiers.
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 established the fit. Material reinforced control and protection.
Form established the fit. Material reinforced control and protection.
I combined grip-contact mapping with Engineering’s failure data to identify where overmold was necessary for grip, drop protection, and repeated handling. This replaced subjective debates about material coverage with evidence-based placement.
I combined grip-contact mapping with Engineering’s failure data to identify where overmold was necessary for grip, drop protection, and repeated handling. This replaced subjective debates about material coverage with evidence-based placement.
Overmold placement study // case grip
Overmold placement study // case grip
Overmold placement study // case protection
Overmold placement study // case protection
The resulting benchmark aligned Design, Engineering, and Product Management around a shared model for form, controls, and material placement. It later became a reference for future tape-measure development.
The resulting benchmark aligned Design, Engineering, and Product Management around a shared model for form, controls, and material placement. It later became a reference for future tape-measure development.
Once the shared interaction geometry was established, I developed a visual language that made each tier feel distinct without breaking family recognition.
Once the shared interaction geometry was established, I developed a visual language that made each tier feel distinct without breaking family recognition.
Moodboard
Moodboard
Aesthetic refinement
Aesthetic refinement
// Design for Manufacturing
// Design for Manufacturing
Protecting the ergonomic benchmark through tooling and production
Protecting the ergonomic benchmark through tooling and production
I remained involved through engineering integration, supplier DFM, and alpha, beta, and pilot builds. The goal was not to preserve every surface exactly as designed. It was to protect the case geometry, control relationships, and tier-specific features that created user value.
I remained involved through engineering integration, supplier DFM, and alpha, beta, and pilot builds. The goal was not to preserve every surface exactly as designed. It was to protect the case geometry, control relationships, and tier-specific features that created user value.
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
Shared case geometry, control placement, and visual language create consistency across the family. Protection, blade performance, and feature depth increase deliberately by tier.
Shared case geometry, control placement, and visual language create consistency across the family. Protection, blade performance, and feature depth increase deliberately by tier.
// ControlTouch Series
// ControlTouch Series
Compact control for everyday use
Compact control for everyday use
ControlTouch uses the smallest case, targeted overmold, and an index-finger control zone to make repeated handling feel precise and approachable. Its wide, high-contrast blade prioritizes fast reading without making the entry tier feel stripped down.
ControlTouch uses the smallest case, targeted overmold, and an index-finger control zone to make repeated handling feel precise and approachable. Its wide, high-contrast blade prioritizes fast reading without making the entry tier feel stripped down.
Knurled textures are strategically placed at essential contact points to enhance grip.
The fingertip control area is ergonomically designed for optimal blade control and precision handling.
Thicker substrates reinforce overmolded areas in critical drop-impact zones, improving case durability.
// Workhorse Series
// Workhorse Series
Balanced durability for daily jobsite use
Balanced durability for daily jobsite use
Balanced durability for daily jobsite use
Workhorse retains the same ergonomic foundation while adding protection in higher-impact zones, a more secure carrying system, and a dual-sided high-visibility blade. It feels more rugged without becoming unnecessarily bulky.
Workhorse retains the same ergonomic foundation while adding protection in higher-impact zones, a more secure carrying system, and a dual-sided high-visibility blade. It feels more rugged without becoming unnecessarily bulky.
The cross-bar detail provides additional grip alongside knurled textures, adding a premium tactile experience.
Thicker substrate materials reinforce overmolded areas in high-impact zones, significantly improving case durability.
An extra overmolded rail frame around the substrate provides additional protection for the lock button, ensuring longevity in tough environments.
// Shockforce Series
// Shockforce Series
Maximum protection without sacrificing control
Maximum protection without sacrificing control
Maximum protection without sacrificing control
Shockforce adds a 120-foot drop rating, W-profile blade, metal rail, and reinforced tether and screw zones. These features make it the most durable product in the family while retaining the same grip and control logic as the tiers below it.
Shockforce adds a 120-foot drop rating, W-profile blade, metal rail, and reinforced tether and screw zones. These features make it the most durable product in the family while retaining the same grip and control logic as the tiers below it.
The cross-bar detail enhances grip and durability, reinforcing critical high-contact areas.
Thicker substrates and integrated metal rails provide extra structural reinforcement, ensuring long-term durability.
Additional overmold protection around screws prevents loosening and bending, significantly improving product longevity.
All work © Yu-Cheng Yang // 2026