Blog Index

Core Concepts: Tiered Pricing Architecture

Steven Forth

A packaging and pricing design in which there are two or more packages with the value and pricing of packages increasing in a structured way.

Tiered packaging and pricing architectures are among the most common packaging and pricing models. They are sometimes referred to as Good-Better-Best designs or Bronze-Silver-Gold designs. In Japanese restaurants one can often choose between the bamboo (cheapest), plum (middle) and pine (most expensive) menus.

Tiered is the general term, as these architectures can have anywhere from two tiers (say Standard and Premium) to as many as seven. More than seven tiers are almost never seen as this is too much choice and there are better strategies to organize this many alternatives.

Tiered pricing is used for several reasons:

To frame value and price (and establish an anchor to which any price is compared)

To simplify the buying process

To match buyer needs and willingness to pay

To provide upsell paths

It is especially important for product led growth models where there needs to be an easily adopted entry-level package and then upsell paths. Online sales models very often use tiered architectures as there is no sales person available to help frame alternatives and to guide the buyer. Tied architectures provide a lot of context.

Properly designed, a tiered architecture helps position value. Each tier (package) is tied to specific value messages and the value builds from tier-to-tier. The pricing page needs to communicate this value clearly.

If the packages are targeted at fundamentally different value segments it is better to offer a menu of packages and not to organize them into a tiered architecture.

One common use of tiered pricing architectures is to anchor value. One could also call this the Goldilocks strategy of this one’s too cheap, this one’s too expensive and this one’s just right. This is often signalled on the pricing page with an arrow or banner saying ‘best value’ for the Goldilocks tier.

One of the most important design decisions for a tiered architecture is whether to have an upsell strategy or a matching strategy.

With an upsell strategy, one one expects to bring buyers in to a lower tier and then move them up to higher tiers as they come to understand the value and their needs grow. In a really well designed product the use of the lower tiers sets up the value of the higher tiers driving users up the value chain. This is a key tactic for a product led growth strategy.

A matching design is quite different. Here the intention is to match a package to a value-based market segment. The subscriber is not expected to change packages until their situation changes or new value is added to the package.

One subtlety in tiered pricing design is how fast the prices rise relative to the other tiers. There are three possibilities. The increases can be linear, concave or convex.

Setting these price levels depends on a combination of the design goal (upsell or matching), the pricing strategy (how the packages are positioned) and assumptions about the structure of demand in the market (at what level in the market is there most demand).

Markets evolve and tiered pricing designs need to evolve with the market. When you design your tiered pricing you need to make your assumptions explicit:

Volume for each tier (number of units)

Value for each tier (dollars)

Transitions (conversions, upsell and cross-sell)

It is not enough to just state assumptions. You need to track performance and see if packaging or pricing needs to be adjusted.

Bundling

Conjoint and Discreet Choice Modelling for Pricing Research

Customer Lifetime Value (CLV or LTV)

Economic Value Estimation (EVE)

Emotional Value Driver

Pricing Metric

Tiered Pricing Models (this post)

Value Cycle

Value Driver

Value Metric

Value Model

Value Path

Willingness to Pay (WTP)

Usage-Based Pricing

Coming soon …

Community Value Driver

Connecting Value and Pricing Models

Cross Price Elasticity

Customer Value Journey

Customer Value Management

Economic Value Driver

Interactions of Cross Price Elasticity and Price Elasticity of Demand

Package Design

Pocket Price Waterfall

Price Elasticity of Demand

Pricing Design

Pricing Model

Value Based Market Segmentation

Value Ratio

Value to Customer (V2C)

Competency Framework and Competency Model

Complementary, Associated, Connecting Skills

Critical Skill

KSA (Knowledge, Skills, Attributes)

Role

Role Coverage

Skill

Skill Categories

Skill Gap

Skill Gap Analysis

Skill Graph

Skill Management

SkillRank™

Coming soon …

Skill Assessment