My Experience Baking with Monk Fruit, Erythritol & Allulose
A real baker’s notes from the KetoMe kitchen
As someone who bakes every batch myself, I’m always testing ingredients— for taste, texture, freshness, and how well the cookies travel from my kitchen to your home. Recently, I spent time experimenting with a monk fruit & allulose blend in a few of our cookies, and I wanted to share my honest experience.
My original idea
I originally wanted to move away from our monk fruit & erythritol blend and switch to a monk fruit & allulose combination.
On paper, it sounded like the perfect upgrade. Allulose is known for giving a softer texture and a more “sugar-like” taste.
And at first, it really did.
The cookies tasted great. The texture was very soft, almost melt-in-your-mouth.
What I Tested
I tried the monk fruit & allulose mixture in:
The first thing I noticed was the texture. These cookies turned out exceptionally moist—almost melt-in-your-mouth soft. The pecan chocolate cookies, in particular, stayed moist even three days after baking, without drying out at all.
The taste was slightly different compared to our current monk fruit & erythritol blend.
What didn’t work
But after testing more batches, I started noticing a problem.
They didn’t dry properly after baking, and over time they became too soft because they kept absorbing moisture.
This created two important issues:
- The structure wasn’t stable
- The texture didn’t hold well after a few days
And most importantly—shipping became a concern.
The Shipping Reality
While the moisture was impressive, it also raised an important consideration: shipping.
Our cookies are made to stay fresh during shipping, and too much softness can make them more delicate. That’s why I’ve started using a blend of three sweeteners in some of our cookies.
What I do now
Instead of fully switching to allulose, I kept testing.
What worked best was a balanced blend of monk fruit, allulose, and erythritol.
This combination gave me exactly what I was looking for:
- Great, clean sweetness
- Soft but structured texture
- Cookies that hold their shape
- Better stability for storage and shipping
Most importantly, it avoids that overly soft, slightly “wet” texture that happens when using only allulose.
What I learned
Baking is always a balance.
One ingredient might improve taste, but affect texture. Another might help structure but change the sweetness.
There’s no “perfect” single solution—only the right balance.
And sometimes, what sounds better in theory doesn’t work in real baking, especially when you care about consistency and quality.
A quick note if you bake at home
If you’re using allulose in your own baking, here’s something important:
- It browns much faster than erythritol
- It can make baked goods softer than expected
- It doesn’t dry the same way after baking
So you’ll need to:
- Lower your oven temperature
- Watch baking time closely
Final thoughts
For me, it’s not just about making cookies taste good in the moment.
It’s about creating something that stays consistent—from my kitchen to your table.
And sometimes, that means testing, adjusting, and finding a better way—not the easiest one.
Frequently Asked Questions
Why don’t I use only allulose in my cookies?
From my personal testing, allulose gave a softer texture and a more sugar-like taste. However, in my batches, cookies made with only allulose turned out too soft and overly moist. They didn’t dry the same way after baking and continued to absorb moisture over time, which affected their texture, storage, and how well they held up during shipping.
This is especially important for me because I don’t use any artificial preservatives, so the recipe itself needs to provide the right balance for freshness and stability.
What is the best sweetener blend for low-carb cookies?
From my experience, a combination works best. A blend of monk fruit, allulose, and erythritol helps balance taste and texture—giving cookies a clean sweetness, soft bite, and enough structure to hold up well over time.
Do allulose cookies taste better?
Allulose can improve taste because it’s closer to sugar in flavor. But taste is only one part of baking. Texture and stability matter just as much, especially for cookies that need to last beyond the first day.
Why do some cookies feel too soft or “wet”?
This often happens when the sweetener holds onto moisture. Allulose, in particular, tends to absorb and retain moisture, which can prevent cookies from fully setting and make them softer over time.
Which sweetener is better for baking: erythritol or allulose?
Each has its role. Erythritol helps create structure and a drier finish, while allulose adds softness and better browning. Using them together in the right ratio usually gives the best results.
How do you keep cookies fresh during shipping?
It comes down to the right recipe and balance of ingredients. Cookies need to be soft but stable, so they hold their shape and texture during transit. That’s why choosing the right sweetener blend is important.