Bicycle Helmet
Industrial Design | Engineering | Cooperated Design
Wave-Y
Put on helmet
Remove helmet
Most models currently on the market require the ponytail to be threaded through a hole in the rear closure mechanism.
Hair can easily get caught in the mechanism or damaged by unpleasant pulling or, in the worst case, torn out.
In the reseach phase, it turned out that women in particular do not wear bicycle helmets for fashion reasons.
A major problem is the wearing of a ponytail, which usually has to be worn very low down due to the shape of the helmet. To avoid such problems in the future, a new bicycle helmet is to be developed that is adapted to the needs of women.
Research
Loos hair can get in the way, making it difficult to close the buckle.
Buckle
Put on helmet
Remove helmet
Most models currently on the market require the ponytail to be threaded through a hole in the rear closure mechanism.
Hair can easily get caught in the mechanism or damaged by unpleasant pulling or, in the worst case, torn out.
In the reseach phase, it turned out that women in particular do not wear bicycle helmets for fashion reasons.
A major problem is the wearing of a ponytail, which usually has to be worn very low down due to the shape of the helmet. To avoid such problems in the future, a new bicycle helmet is to be developed that is adapted to the needs of women.
Research
Loos hair can get in the way, making it difficult to close the buckle.
Buckle
Concept Development
Basic
01
Concept
With this concept, special emphasis is placed on high visibility. The illuminated ring runs around the helmet in two different colors. To be able to attach the helmet to the head and at the same time have the largest possible neck opening, the adjustment wheel is located in the front area. Individual adjustability in the ear area is ensured by a clamping mechanism.
Basic
01
Concept
With this concept, special emphasis is placed on high visibility. The illuminated ring runs around the helmet in two different colors. To be able to attach the helmet to the head and at the same time have the largest possible neck opening, the adjustment wheel is located in the front area. Individual adjustability in the ear area is ensured by a clamping mechanism.
02
Concept
This concept builds on the first. In addition, attention is being paid to a feminine and refined design. Textile structures are used in the rear tail area to give the whole thing a certain distinction. Individual adjustability in the ear area will be ensured by a clamping mechanism.
Femal Design
Allrounder
03
Concept
The lights can be attached individually to a modular rail. The locking mechanism is located above the neck opening as a clamping variant. The straps are connected to the clamping mechanism and form a unit. Individual adjustability in the ear area is to be ensured by a clamping mechanism.
Concept choice
All three consolidated concepts fall into the Urban category, with each concept having its own focus: Lighting, Design and Modularity. A broad spectrum is covered by the different themes.
The second concept was chosen because there is great potential for a new and unique look in the area of feminine design.
Concept choice
All three consolidated concepts fall into the Urban category, with each concept having its own focus: Lighting, Design and Modularity. A broad spectrum is covered by the different themes.
The second concept was chosen because there is great potential for a new and unique look in the area of feminine design.
Design Development
Design Inspiration
Flowing and soft shape transitions
Dynamic surface gradients
Emphasized material separation
high-quality and finely processed materials
Clean material separations
Design Inspiration
Flowing and soft shape transitions
Dynamic surface gradients
Emphasized material separation
high-quality and finely processed materials
Clean material separations
Design features of a feminine design
Flowing and soft shape transitions, large-scale stretched surfaces, dynamic surface gradients, the choice of radii and curves of different sizes, sometimes subtle asymmetries and little straightness characterize femininity, as in many other products. High-quality and finely processed materials such as plastics, metals or fabrics are used.
Design features of a feminine design
Flowing and soft shape transitions, large-scale stretched surfaces, dynamic surface gradients, the choice of radii and curves of different sizes, sometimes subtle asymmetries and little straightness characterize femininity, as in many other products. High-quality and finely processed materials such as plastics, metals or fabrics are used.
Design direction
Milky transparent elements complement in detail the product expression, refining the appearance. Use of structural patterns, e.g. free-flowing wave structure with sweeping curves. The use of these different types of patterns makes the product valuable and interesting.
Color balance
Monochrome color
Selection of complementary colors. Creates a high potential for tension with coherent harmony.
Monochrome color selection from one chromaticity, close relationship of the color shades with slight deviations.
Color analyses
Base color tone from a combination of three closely related color tones. The accent color contrasts with this and is thus complementary.
Highlight color
Color balance
Monochrome color
Selection of complementary colors. Creates a high potential for tension with coherent harmony.
Monochrome color selection from one chromaticity, close relationship of the color shades with slight deviations.
Color analyses
Base color tone from a combination of three closely related color tones. The accent color contrasts with this and is thus complementary.
Highlight color
Prototyping
Initial Modell
Prior to CAD design, a preliminary model was made from lightweight foam. The knowledge gained from this was taken into account in the CAD design. Using pre-models of the initial CAD data, the proportions were checked and adjusted.
Butterfly loops
Refined Butterfly loops
Development of a more organic form based on the knowledge gained.
Refinement of the mechanism
Development of a mechanism that the loops hug the back of the head by pulling the wire ropes tight.
Exploring different shapes that best implement the function of the mechanism.
Prototyping
In this variant, the loops nestled very weakly to the back of the head due to the straight shape.
Straight loops
Butterfly loops
Refined loops
Development of a more organic form based on the knowledge gained.
Refinement of the mechanism
In the reseach phase, it turned out that women in particular do not wear bicycle helmets for fashion reasons.
A major problem is the wearing of a ponytail, which usually has to be worn very low down due to the shape of the helmet. To avoid such problems in the future, a new bicycle helmet is to be developed that is adapted to the needs of women.
Prototyping
In this variant, the loops nestled very weakly to the back of the head due to the straight shape.
Straight loops
Final Design
Front
ventilation
In general, the design focused on reduction and clear surfaces. There is a play of contrasts between open spaces with taut surfaces and dynamic fixtures such as the front ventilation and the rear light ring.
Curves and shapes have asymmetrical progressions and lend the overall overall impression a dynamic and soft impression.
Front
ventilation
In general, the design focused on reduction and clear surfaces. There is a play of contrasts between open spaces with taut surfaces and dynamic fixtures such as the front ventilation and the rear light ring.
Curves and shapes have asymmetrical progressions and lend the overall overall impression a dynamic and soft impression.
Rear view
The light ring covers one third of the surface to create an exciting relationship between free space and light. The light ring itself is divided into small elements to pick up the fine wave structure.
A special design feature is the wave structure on the side surface. This fine structure continues along the adjacent surfaces. In the profile view, it can be seen that the wave structure merges into a taut surface at the level of the trailing edge of the surface.
Rear view
The light ring covers one third of the surface to create an exciting relationship between free space and light. The light ring itself is divided into small elements to pick up the fine wave structure.
A special design feature is the wave structure on the side surface. This fine structure continues along the adjacent surfaces. In the profile view, it can be seen that the wave structure merges into a taut surface at the level of the trailing edge of the surface.
Side view
The front ventilation insert and the rear lighting are made of a translucent material. The structure and color of the EPS thus shimmers slightly through the front. This creates a connection between inside and outside.
Side view
The front ventilation insert and the rear lighting are made of a slightly transparent material. The structure and color of the EPS thus shimmers slightly through the front. This creates a connection between inside and outside.
Retention Dial
& Padding
The padding of the head ring is divided into segments that act like cushions. Overall, the overall shape adapts to the lower shell of the helmet.
The adjustment wheel is framed by a slightly curved, inwardly sloping bevel. The pattern of the wheel picks up the fine structure of the side surfaces, creating harmony.
Retention Dial
& Padding
The padding of the head ring is divided into segments that act like cushions. Overall, the overall shape adapts to the lower shell of the helmet.
The adjustment wheel is framed by a slightly curved, inwardly sloping bevel. The pattern of the wheel picks up the fine structure of the side surfaces, creating harmony.
Color Selection
Colors play an important role in making a product appear feminine. Especially bright and warm colors with high color value and low saturation can be found in the color palette.
Color Selection
Colors play an important role in making a product appear feminine. Especially bright and warm colors with high color value and low saturation can be found in the color palette.
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Jewelery Design | Portfolio
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trautwsl@mail.uc.edu
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