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UP Bottle: Smart Water Bottle Concept Design

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UP Bottle: Smart Water Bottle Concept Design
Konstantin Dolgan

Written by Konstantin Dolgan, Ph.D., NPDP

Founder & CEO, Product Development Engineer

Published August 10, 2026

Product concept design turns a vague want into a defined feature set. The UP bottle started as a water bottle with our signature style, and concept development turned it into a smart lid that tells you what is in your bottle and how hot it is.

This is LA NPDT's in-house project: three sensors built into an insulated lid, read by turning the bottle upside down for a few seconds, plus a silicone rubber base pad for grip and quiet placement.

Project at a glance

Client
LA NPDT in-house UP product line
Industry
Smart consumer products
Starting point
Keeping our own team hydrated without buying off-the-shelf mugs
What we delivered
Product concept design, smart lid with sensors, LED display and LCD touch screen, working prototypes
Key features
Water-purity and temperature sensing, stainless vacuum-insulated double walls, silicone base pad, batteries lasting up to three years
Outcome
An in-house smart bottle developed to a sellable concept

The client

The UP Bottle is our own product. Our team spends long days at the office, and like everyone else we know we should drink more water and then forget to walk to the dispenser. Buying a crate of branded mugs would have solved the hydration problem and taught us nothing, so we did what a product development company does with an annoyance it lives with: we treated it as a brief and started concept design.

The challenge

UP Bottle smart lid showing the LED display used to read water purity and temperature
The original brief was modest — a good-looking insulated bottle in our own visual language. Concept work is where a brief is allowed to change, and this one changed twice. The first shift came from a plain observation: water tastes different depending on where it comes from, and that difference is mostly dissolved solids. If the bottle could measure that, it would answer a question people actually ask about the water in front of them.
The second shift came from the tea and coffee drinkers on the team, who wanted to know whether a drink was still hot — and, this being the South, whether cold water was still cold. Two harmless-sounding features turned a moulded bottle into an electronic product, with all the questions that follow: where do sensors sit, how does a user trigger a reading, and how long does the thing run before someone has to charge it?

Our solution

Everything electronic went into the lid, not the body. That single decision kept the bottle washable, kept the vacuum-insulated shell simple to manufacture, and put the sensors where liquid can reach them on demand. Three sensors sit in the insulated lid:
  • two sensors determine Total Dissolved Solids (TDS), i.e. liquid’s purity in PPM (parts per million)
  • and the T ̊ sensor measures content’s temperature
Taking a reading is deliberately low-tech: turn the bottle upside down for a few seconds so the liquid touches the sensors. No pump, no permanently wetted electronics, no app required. An LED display shows the reading in real time and a small LCD touch screen switches between Fahrenheit and Celsius. The thermal performance comes from stainless steel vacuum-insulated double walls, which held temperature best across the prototypes we built.
The details that make a product pleasant were designed in at the same stage rather than bolted on afterwards. A silicone rubber pad on the base kills the loud clack of a bottle hitting a desk and adds grip on a slick surface. Two built-in batteries run the electronics for up to three years, so there is no charging ritual attached to drinking water.

The result

The UP Bottle came out of concept design as a defined product: an insulated stainless bottle with a smart lid that reports purity in parts per million and temperature in your preferred units, quiet on a desk and effectively maintenance-free. It is a small example of what the concept phase is for. We set out to restyle a water bottle and finished with a different, better product, because the phase whose job it is to question the brief was allowed to do that job. If your idea is still a sentence rather than a specification, that is exactly where concept design starts.
UP Bottle stainless steel vacuum insulated body concept rendering
UP Bottle lid cross section showing the TDS and temperature sensors
UP Bottle concept design colour and finish variations
UP Bottle silicone rubber base pad detail for grip and quiet placement
UP Bottle smart water bottle shown in use on a desk
UP Bottle LCD touch screen switching between Fahrenheit and Celsius
UP Bottle smart lid assembly detail from the concept design phase

Product concept design at a glance

ScopeResearch, sketch concepts, form development, CAD, renderings
OutputThree to five directions narrowed to one refined concept
DeliverablesConcept boards, renderings, basic CAD, feasibility notes
Typical timeline3-8 weeks

Concept work is where money is saved

Decisions made in the first three weeks set most of a product's eventual cost. Concept design exists to explore those options cheaply — on paper and in renderings — instead of discovering them after tooling. For the UP Bottle that meant testing forms against how it is carried, filled, cleaned and molded before any engineering began.

How the concept developed

We generated distinct directions rather than variations of one idea, evaluated each against ergonomics and molding feasibility, and refined the surviving concept into CAD and photoreal renderings the client could use for feedback, investor conversations and manufacturer discussions.

Frequently asked questions

What do we get from a concept phase?

Sketch directions, a refined concept, renderings and an honest read on manufacturability and rough cost.

Can we stop after concept design?

Yes. The deliverables are yours and can go to any engineering firm; most clients continue with us because context carries forward.

How much does product concept design cost?

Typically $3,000 to $15,000 depending on the number of directions and rendering quality.

Concept video showing the smart lid bottle and how the hydration tracking works.
Video page ↗

Capabilities used on this project

  • Concept design

    Sketch exploration, form studies and CAD concepts that turn an idea into a buildable direction.

The concept design playbook

  1. Start with the real annoyance

    Our team drinks water at desks all day and forgets to refill. The bottle began as a reminder problem, not a styling exercise — which is why the features it grew were useful ones.

  2. Let the concept phase change the brief

    We set out to make a regular bottle with our style. Concept development surfaced the fact that water tastes different from different sources, and that tea and coffee drinkers want to know their drink is still hot. The brief expanded because the thinking did.

  3. Sensors where they belong

    All three sensors live in the insulated lid, not the body. The user turns the bottle upside down for a few seconds so liquid touches the sensors — a simple interaction instead of a complicated one.

  4. Small details make the product

    A silicone rubber pad on the base kills the loud clack when the bottle hits a desk and adds grip. Concept design is where those details get invented rather than bolted on later.

UP bottle: from plain bottle to smart lid
InsightFeature it producedWhere it lives
We forget to drink enoughIntake awareness through the smart lidInsulated lid
Water quality varies by sourceSensing built into the lidInsulated lid
Hot drinks, hot climateTemperature readoutInsulated lid
Bottles are loud and slipperySilicone rubber base padBottle base

Questions about this project

Straight answers from the engineers who ran the build. Have a different question? Ask us directly.

Talk to an engineer
What does product concept design cost?

Concept design for a consumer product typically runs $3,000 to $12,000, covering research, ideation, sketch development, CAD concepts, and renderings before engineering begins.

What is the difference between concept design and engineering?

Concept design decides what the product should be and do; engineering makes it manufacturable. The UP bottle's smart lid was a concept-phase decision, not an engineering one.

Should the concept phase be allowed to change the brief?

That is its purpose. The UP bottle went from a plain bottle to a sensing smart lid because concept work uncovered needs the original brief never named.

How long does concept design take?

Two to six weeks for a product of this class, ending with defined features, concept CAD, and renderings ready for engineering.

Why put the electronics in the lid instead of the bottle?

Because it keeps the vessel washable and simple to manufacture. Concentrating the sensors, display and batteries in the insulated lid also puts them where liquid can reach them on demand — a turn of the bottle is the whole user interaction.

Industries this project belongs to

See how we approach development in each of these categories, and the other products we have taken from sketch to production there.

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